2023

GORIS, A.; BENDER, M., 2023. Reinforced Concrete Construction Practice According to Eurocode 2: Volume 1: Fundamentals, Internal Forces, Limit States of Strength, Limit States of Serviceability, Examples. 7th, revised and expanded edition. Berlin: Beuth Verlag. ISBN 978-3-410-31293-2

GORIS, A.; BENDER, M., 2023. Reinforced Concrete Construction Practice According to Eurocode 2: Volume 2: Overall Stability, Reinforcement and Design of Structural Members, Fire Design, Special Construction Methods and Calculation Procedures, Project Examples. 7th, revised and expanded edition. Berlin: Beuth. ISBN 978-3-410-31299-4

GORIS, A.; VOIGT, J.; BENDER, M., 2023. Reinforced Concrete Construction in Practice—Structural Design of Existing Structures: Volume 3: Value Preservation, Development of Building Structures and Regulations, Protection and Repair, Reinforcement and Retrofitting, Fastening Technology. 3rd, updated and expanded edition. Berlin: Beuth. ISBN 978-3-410-313037-8

2017

GORIS, A.; BENDER, M., 2017. Reinforced Concrete Construction in Practice According to Eurocode 2: Volume 1: Fundamentals, Internal Forces, Limit States of Ultimate Strength, Limit States of Serviceability, Examples. 6th, revised and expanded edition. Berlin: Beuth Verlag. ISBN 978-3-410-27117-8

GORIS, A.; BENDER, M., 2017. Reinforced Concrete Construction Practice According to Eurocode 2: Volume 2: Overall Stability, Reinforcement and Design of Structural Members, Fire Design, Special Construction Methods and Calculation Procedures, Project Examples. 6th, revised and expanded edition. Berlin: Beuth. ISBN 978-3-410-27120-8

GORIS, A.; VOIGT, J., 2017. Reinforced Concrete Construction in Practice – Structural Design of Existing Structures: Volume 3: Value Preservation, Historic Building Structures and Regulations, Protection and Repair, Assessment of Concrete Structures, Reinforcement and Retrofitting, Fastening Technology. 2nd, revised edition. Berlin: Beuth. ISBN 978-3-410-27123-9

2016

GORIS, A., 2016. Design and Construction Examples According to Eurocode 2: Reinforced Concrete Construction in Practical Applications. Cologne: Bundesanzeiger. ISBN 978-3-8462-0518-1

GORIS, A.; VOIGT, J., 2016. Reinforced Concrete Construction in Practice—Structural Design of Existing Structures: Volume 3: Value Preservation, Development of Regulations and Building Structures, Protection and Repair, Reinforcement of Concrete Components. 1st edition. Berlin: Beuth. ISBN 978-3-410-25574-1

2014

FEHLING, E.; SCHMIDT, M.; WALRAVEN, J.; LEUTBECHER, T.; FRÖHLICH, S., 2014. Ultra-High Performance Concrete UHPC: Fundamentals – Design – Examples. Berlin: Ernst & Sohn. ISBN 978-3-433-03087-5. doi:10.1002/9783433604076

GORIS, A.; SCHMITZ, U.P., 2014. Design Tables According to Eurocode 2: Normal Concrete, High-Strength Concrete, Lightweight Concrete. 2nd, revised and updated edition. Cologne: Bundesanzeiger. ISBN 978-3-8462-0391-0

GORIS, A.; HEGGER, J.; MARK, P., eds., 2014. Reinforced Concrete Construction 2014: Practical Handbook. Berlin: Beuth. ISBN 978-3-410-23990-1

2013

GORIS, A., 2013. Reinforced Concrete Construction in Practice According to Eurocode 2: Volume 1: Fundamentals, Design, Examples. 5th, revised and expanded edition. Berlin: Beuth. ISBN 978-3-41023-731-0

GORIS, A., 2013. Reinforced Concrete Construction in Practice According to Eurocode 2: Volume 2: Internal Forces, Global Stability, Reinforcement and Design, Fire Design According to DIN EN 1992-1-2, Examples. 5th, revised and expanded edition. Berlin: Beuth. ISBN 978-3-410-23734-1

GORIS, A.; SCHMITZ, U.P., 2013. Eurocode 2 Digital: Version 4.0; Standard Texts—Interactive Design Tools, Examples (Building Construction Projects). Cologne: Werner. ISBN 978-3-8041-5246-5

GORIS, A.; HEGGER, J., eds., 2013. Reinforced Concrete Construction Today 2013: Practical Handbook. Berlin: Beuth. ISBN 978-3-410-23029-8

2012

GORIS, A., ed., 2012. Schneider: Construction Tables for Engineers—with Calculation Guidelines and Examples. 20th ed. Cologne: Werner. ISBN 978-3-8041-5251-9

GORIS, A.; HEISEL, J.P., eds., 2012. Schneider: Structural Tables for Architects—with Design Guidelines and Examples. 20th ed. Cologne: Werner. ISBN 978-3-8041-5252-6

GORIS, A.; HEGGER, J., eds., 2012. Reinforced Concrete Construction Today 2012: Practical Handbook. Berlin: Beuth. ISBN 978-3-410-21932-3

2011

GORIS, A., 2011. Reinforced Concrete Construction Practice According to Eurocode 2: Volume 1: Fundamentals, Design, Examples. 4th, completely revised edition. Berlin: Beuth. ISBN 978-3-410-21676-6

GORIS, A., 2011. Reinforced Concrete Construction in Practice According to Eurocode 2: Volume 2: Internal Forces, Global Stability, Reinforcement and Design, Fire Design According to DIN EN 1992-1-2, Examples. 4th, completely revised edition. Berlin: Beuth. ISBN 978-3-410-21677-3

GORIS, A.; HEGGER, J., eds., 2011. Reinforced Concrete Construction Today 2011: Practical Handbook. Berlin: Bauwerk. ISBN 978-3-89932-286-6

2010

GORIS, A., ed., 2010. Schneider: Construction Tables for Engineers—with Calculation Guidelines and Examples. 19th edition. Cologne: Werner. ISBN 978-3-8041-5242-7

GORIS, A.; HEISEL, J.P., eds., 2010. Schneider: Structural Tables for Architects—with Design Guidelines and Examples. 19th ed. Cologne: Werner. ISBN 978-3-8041-5243-4

GORIS, A.; HEGGER, J., eds., 2010. Reinforced Concrete Construction Today 2010: Practical Handbook. Berlin: Bauwerk. ISBN 978-3-89932-247-7

2009

SCHMITZ, U.P.; GORIS, A., 2009. DIN 1045 Digital: Version 3.0; Standard Texts—Interactive Design Aids, Examples (Building Construction Projects). Cologne: Werner. ISBN 978-3-8041-5233-5

AVAK, R.; GORIS, A., eds., 2009. Reinforced Concrete Construction Today: Practical Handbook 2009. Berlin: Bauwerk. ISBN 978-3-89932-205-7

2008

FEHLING, E.; LEUTBECHER, T.; RÖDER, F.-K., 2008. On the Compression-Tension Strength of Reinforced Concrete and Steel Fiber-Reinforced Concrete in Structural Panels. Kassel: Kassel University Press. Series on Building Materials and Solid Construction, Issue 11. ISBN 978-3-89958-440-0
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LEUTBECHER, T., 2008. Cracking and Tensile Behavior of Ultra-High-Strength Concrete (UHPC) Reinforced with Steel Bars and Fibers [Doctoral Dissertation]. University of Kassel. Kassel: Kassel University Press. Series on Building Materials and Massive Construction, Issue 9. ISBN 978-3-89958-374-8
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GORIS, A., 2008. Reinforced Concrete Construction Practice According to the New DIN 1045: Volume 1: Fundamentals, Design, Examples. 3rd, updated and expanded edition. Berlin: Bauwerk. ISBN 978-3-89932-212-5

GORIS, A., 2008. Reinforced Concrete Construction Practice According to the New DIN 1045: Volume 2: Internal Forces, Overall Stability, Reinforcement and Design, Examples. 3rd, updated and expanded edition. Berlin: Bauwerk. ISBN 978-3-89932-213-2

GORIS, A., ed., 2008. Schneider: Construction Tables for Engineers—with Calculation Guidelines and Examples. 18th edition. Cologne: Werner. ISBN 978-3-8041-5236-6

GORIS, A., ed., 2008. Schneider: Construction Tables for Architects—with Design Guidelines and Examples. 18th edition. Cologne: Werner. ISBN 978-3-8041-5237-3

AVAK, R.; GORIS, A., eds., 2008. Reinforced Concrete Construction Today: Practical Handbook 2008. Berlin: Bauwerk. ISBN 978-3-89932-176-0

2007

AVAK, R.; GORIS, A., eds., 2007. Reinforced Concrete Construction Today: Practical Handbook 2007. Berlin: Bauwerk. ISBN 978-3-89932-151-7

2006

GORIS, A., 2006. Reinforced Concrete Construction Practice According to the New DIN 1045: Volume 2: Internal Forces, Overall Stability, Reinforcement, and Design, Examples. 2nd, updated and expanded edition. Berlin: Bauwerk. ISBN 978-3-89932-139-5

GORIS, A., ed., 2006. Schneider: Construction Tables for Engineers—with Calculation Guidelines and Examples. 17th edition.
Neuwied: Werner. ISBN 978-3-8041-5228-1

GORIS, A., ed., 2006. Schneider: Structural Tables for Architects—with Design Guidelines and Examples. 17th ed. Neuwied: Werner. ISBN 978-3-8041-5229-8

AVAK, R.; GORIS, A., eds., 2006. Reinforced Concrete Construction Today: Practical Handbook 2006. Berlin: Bauwerk. ISBN 978-3-89932-098-5

2005

SCHMITZ, U.P.; GORIS, A., 2005. DIN 1045 Digital: Version 2.0 – Standard Texts, Interactive Design Tools, Examples. Neuwied: Werner. ISBN 978-3-8041-5222-9

AVAK, R.; GORIS, A., eds., 2005. Reinforced Concrete Construction Today: Practical Handbook 2005. Berlin: Bauwerk. ISBN 978-3-89932-069-5

2004

GORIS, A., 2004. Reinforced Concrete Construction Practice According to the New DIN 1045: Volume 1: Fundamentals, Design, Examples. 2nd, updated and expanded edition. Berlin: Bauwerk. ISBN 978-3-89932-075-6

SCHMITZ, U.P.; GORIS, A., 2004. Design Tables According to DIN 1045-1 (2001) Taking into Account DIN Technical Report 102 – Concrete Bridges: Normal concrete, high-strength concrete, lightweight concrete. Expanded edition incorporates DAfStb Bulletin 525. Neuwied: Werner. 3-8041-5224-4

AVAK, R.; GORIS, A., eds., 2004. Reinforced Concrete Construction Today: Practical Handbook 2004. Berlin: Bauwerk. ISBN 978-3-89932-034-3

2003

GORIS, A., 2003. Reinforced Concrete Construction Practice According to the New DIN 1045: Volume 2: Reinforcement, Design, Examples. 1st edition. Berlin: Bauwerk. ISBN 978-3-934369-64-1

AVAK, R.; GORIS, A., eds., 2003. Reinforced Concrete Construction Today: Practical Handbook 2003. Berlin: Bauwerk. ISBN 978-3-89932-010-7

2002

GORIS, A., 2002. Reinforced Concrete Construction Practice According to the New DIN 1045: Volume 1: Fundamentals, Design, Examples. 1st edition. Berlin: Bauwerk. ISBN 978-3-934369-28-3

SCHMITZ, U.P.; GORIS, A., 2002. DIN 1045 Digital: Standard Texts, Interactive Design Tools, Examples. Düsseldorf: Werner. ISBN 978-3-8041-4177-3

AVAK, R.; GORIS, A., eds., 2002. Reinforced Concrete Construction Today: Practical Handbook 2002. Berlin: Bauwerk. ISBN 978-3-934369-80-1

2001

SCHMITZ, U.P.; GORIS, A., 2001. Design Tables According to DIN 1045-1 (2001) Taking into Account DIN Technical Report 102—Concrete Bridges: Normal Concrete, High-Strength Concrete, Lightweight Concrete. Düsseldorf: Werner. ISBN 978-3-8041-4187-2

AVAK, R.; GORIS, A., eds., 2001. Reinforced Concrete Construction Today: Yearbook for Construction Practice 2001. Düsseldorf: Werner and Berlin: Beuth. ISBN 3-8041-1076-2 (Werner) ISBN 3-410-14971-6 (Beuth)

2000

AVAK, R.; GORIS, A., eds., 2000. Reinforced Concrete Construction Today: Yearbook for Construction Practice 2000. Düsseldorf: Werner and Berlin: Beuth. ISBN 3-8041-1068-1 (Werner) ISBN 3-410-14689-X (Beuth)

1999

AVAK, R.; GORIS, A., eds., 1999. Reinforced Concrete Construction Today: Yearbook for Construction Practice 1999. Düsseldorf: Werner and Berlin: Beuth. ISBN 3-8041-1065-7 (Werner) ISBN 3-410-14402-1 (Beuth)

1998

GEISTEFELDT, H.; GORIS, A., 1998. Reinforced Concrete Structures According to Eurocode 2 (DIN V ENV 1992-1-1): Standards - Explanatory Notes - Examples [Greek edition: Eurocode 2 Structures made of Reinforced Concrete: Standards - Explanatory Notes - Examples]. Translated from German by D. Péntzas. Athens (Greece): Moschos Giurdas Publishers. ISBN 978-960-512-094-8

AVAK, R.; GORIS, A., eds., 1998. Reinforced Concrete Construction Today: Yearbook for Construction Practice 1998. Düsseldorf: Werner and Berlin: Beuth. ISBN 3-8041-1061-4 (Werner) ISBN 3-410-14029-8 (Beuth)

1997

AVAK, R.; GORIS, A., 1997. Design Practice According to Eurocode 2: Numerical and Design Examples [Greek edition]. Athens (Greece): Moschos Giurdas Publishers. ISBN 960-512-109-3

1994

AVAK, R.; GORIS, A., 1994. Design Practice According to Eurocode 2: Numerical and Design Examples. Düsseldorf: Werner. ISBN 978-3-8041-1046-5

1993

GEISTEFELDT, H.; GORIS, A., 1993. Reinforced Concrete Structures According to Eurocode 2 (DIN V ENV 1992 Part 1-1) Compared to DIN 1045 and DIN 4227: Standards, Explanations, Examples. Berlin: Beuth and Düsseldorf: Werner. ISBN 978-3-410-12977-6 (Beuth) ISBN 978-3-8041-1785-3 (Werner)

1985 
 

GORIS, A., 1985. Contribution to the structural behavior of spring plates in road bridges[Dissertation]. Aachen: RWTH Aachen.

2022

DI PRISCO, M.; FEHLING, E.; LEUTBECHER, T.; THIEMICKE, J.; TOUTLEMONDE, F.; WALRAVEN, J.; ZANI, G., 2022. “ Ultra High Performance Fibre Reinforced Concrete. In: FÉDÉRATION INTERNATIONALE DU BÉTON (fib), ed. Fibre Reinforced Concrete: State-of-the-Art report. Lausanne: Fédération internationale du béton (fib), pp. 316–380. fib Bulletin No. 105. ISBN 978-2-88394-161-8

LEUTBECHER, T.; RIEDEL, P., 2022. Influence of fiber orientation on the compressive strength of steel fiber-reinforced UHPC. In: BERGER, J., ed. Innsbrucker Bautage 2022: Festschrift zum 60. Geburtstag von Univ.-Prof. Dr.-Ing. Jürgen Feix. Innsbruck: STUDIA Universitätsverlag, pp. 287–298. Innsbruck – Structural Engineering and Bridge Construction, Vol. 7. ISBN 978-3-99105-024-7

2018

GORIS, A., 2018. Chapter 5B: Reinforcing Steel and Prestressing Steel; Chapter 5C: Reinforced Concrete and Prestressed Concrete Structures according to Eurocode 2. In: ALBERT, A., Ed. Construction Tables for Engineers—with Calculation Guidelines and Examples. 23rd ed. Cologne: Bundesanzeiger, pp. 5.20–5.132. ISBN 978-3-8462-0880-9

GORIS, A.; SCHMITZ, U.P., 2018. Chapter 5E: Design and Construction Tables According to EC 2. In: ALBERT, A., ed. Construction Tables for Engineers—with Calculation Guidelines and Examples. 23rd edition. Cologne: Bundesanzeiger, pp. 5.156–5.202. ISBN 978-3-8462-0880-9

GORIS, A., 2018. Chapter 12B: Reinforcing Steel; Chapter 12C: Reinforced Concrete Structures according to Eurocode 2. In: ALBERT, A.; HEISEL, J.P., eds. Construction Tables for Architects—with Design Guidelines and Examples. 23rd ed. Cologne: Bundesanzeiger, pp. 12.1–12.5, 12.24–12.88. ISBN 978-3-8462-0881-6

2016

GORIS, A.; HEGGER, J.; ROESER, W., 2016. Chapter D: Reinforced Concrete Construction – Reinforced Concrete Elements According to Eurocode in Examples. In: HEGGER, J.; MARK, P., eds. Reinforced Concrete Construction Today 2016: Practical Handbook. Berlin: Beuth, pp. D.1–D.74. ISBN 978-3-410-25202-3

GORIS, A., 2016. Chapter 5B: Reinforcing Steel and Prestressing Steel; Chapter 5C: Reinforced Concrete and Prestressed Concrete Structures According to Eurocode 2. In: ALBERT, A., eds. Construction Tables for Engineers—with Calculation Guidelines and Examples. 22nd ed. Cologne: Bundesanzeiger, pp. 5.20–5.132. ISBN 978-3-8462-0660-7

GORIS, A.; SCHMITZ, U.P., 2016. Chapter 5E: Design and Construction Tables According to EC 2. In: ALBERT, A., ed. Construction Tables for Engineers—with Calculation Guidelines and Examples. 22nd ed. Cologne: Bundesanzeiger, pp. 5.156–5.202. ISBN 978-3-8462-0660-7

GORIS, A., 2016. Chapter 12B: Reinforcing Steel; Chapter 12C: Reinforced Concrete Structures According to Eurocode 2. In: ALBERT, A.; HEISEL, J.P., eds. Construction Tables for Architects—with Design Guidelines and Examples. 22nd ed. Cologne: Bundesanzeiger, pp. 12.1–12.5, 12.24–12.88. ISBN 978-3-8462-0661-4

2015

GORIS, A., 2015. Chapter D: Design – Design of Reinforced Concrete Members According to Eurocode 2. In: HEGGER, J.; MARK, P., eds. Reinforced Concrete Construction Today 2015: Practical Handbook. Berlin: Beuth. ISBN 978-3-410-24519-3

2014

FEHLING, E.; LEUTBECHER, T.; THIEMICKE, J., 2014. On the Structural Behavior of UHPC with Combined Reinforcement. In: SCHMIDT, M.; FEHLING, E.; FRÖHLICH, S.; THIEMICKE, J., eds. Sustainable Building with Ultra-High Performance Concrete: Results of Priority Program 1182 funded by the German Research Foundation (DFG). Kassel: Kassel University Press, pp. 481–514. Series: Building Materials and Mass Construction, Vol. 22. ISBN 978-3-86219-480-3
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GORIS, A.; MÜERMANN, M.; VOIGT, J., 2014. Chapter D: Design – Design of Reinforced Concrete Members According to Eurocode 2. In: GORIS, A.; HEGGER, J.; MARK, P., eds. Reinforced Concrete Construction Today 2014: Practical Handbook. Berlin: Beuth, pp. D.1–D.130. ISBN 978-3-410-23990-1

GORIS, A., 2014. Chapter 5B: Reinforcing Steel and Prestressing Steel; Chapter 5C: Reinforced Concrete and Prestressed Concrete Structures According to Eurocode 2. In: ALBERT, A., Eds. Construction Tables for Engineers—with Calculation Guidelines and Examples. 21st ed. Cologne: Bundesanzeiger, pp. 5.20–5.129. ISBN 978-3-8462-0304-0

GORIS, A.; SCHMITZ, U.P., 2014. Chapter 5E: Design and Construction Tables According to EC 2. In: ALBERT, A., ed. Construction Tables for Engineers—with Calculation Guidelines and Examples. 21st edition. Cologne: Bundesanzeiger, pp. 5.153–5.198. ISBN 978-3-8462-0304-0

GORIS, A., 2014. Chapter 12B: Reinforcing Steel; Chapter 12C: Reinforced Concrete Structures According to Eurocode 2. In: ALBERT, A.; HEISEL, J.P., eds. Construction Tables for Architects—with Design Guidelines and Examples. 21st ed. Cologne: Bundesanzeiger, pp. 12.1–12.5, 12.24–12.88. ISBN 978-3-8462-0305-7

2013

FEHLING, E.; SCHMIDT, M.; WALRAVEN, J.; LEUTBECHER, T.; FRÖHLICH, S., 2013. Ultra-High-Strength Concrete (UHPC). In: BERGMEISTER, K.; FINGERLOOS, F.; WÖRNER, J.-D., eds. Concrete Calendar 2013: Service Life and Repair – Fire Protection. Berlin: Ernst & Sohn, Vol. 2, pp. 117–239. ISBN 978-3-433-03000-4. doi:10.1002/9783433602591.ch9

GORIS, A.; MÜERMANN, M.; VOIGT, J., 2013. Chapter D: Design – Design of Reinforced Concrete Structures According to Eurocode 2. In: GORIS, A.; HEGGER, J., eds. Reinforced Concrete Construction Today 2013: Practical Handbook. Berlin: Beuth, pp. D.1–D.139. ISBN 978-3-410-23029-8 

2012

FEHLING, E.; LEUTBECHER, T., 2012. An Approximation Method for the Design of UHPC for Bending and Axial Force. In: GEBBEKEN, N.; HOLZER, S.; KEUSER, M. et al., eds. Festschrift on the 60th Birthday of Univ.-Prof. Dr.-Ing. Manfred Keuser. Munich: University of the Federal Armed Forces, pp. 103–110. Reports on Structural Engineering, Issue 12/4. ISSN 1431-5122
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FEHLING, E.; STÜRWALD, S.; LEUTBECHER, T., 2012. Load-bearing capacity of UHPC beam components. In: NOTHNAGEL, R.; TEWLMEIER, H., eds. Building Materials and Construction: Festschrift for the 60th Birthday of Harald Budelmann. Heidelberg: Springer, pp. 445–455. ISBN 978-3-642-29572-0

GORIS, A.; MÜERMANN, M.; VOIGT, J., 2012. Chapter D: Design – Design of Reinforced Concrete Structures According to Eurocode 2. In: GORIS, A.; HEGGER, J., ed., 2012. Reinforced Concrete Construction 2012: Practical Handbook. Berlin: Beuth, pp. D.1–D.126. ISBN 978-3-410-21932-3 

GORIS, A., 2012. Chapter 5B: Reinforcing Steel and Prestressing Steel. In: GORIS, A., ed. Construction Tables for Engineers – with Calculation Notes and Examples. 20th ed. Cologne: Werner, pp. 5.20–5.24. ISBN 978-3-8041-5251-9

GORIS, A.; SCHMITZ, U.P., 2012. Chapter 5C: Reinforced Concrete and Prestressed Concrete Structures According to Eurocode 2. In: GORIS, A., ed. Construction Tables for Engineers—with Calculation Guidelines and Examples. 20th edition. Cologne: Werner, pp. 5.25–5.173. ISBN 978-3-8041-5251-9

GORIS, A., 2012. Chapter 12B: Reinforcing Steel; Chapter 12C: Reinforced Concrete Structures According to Eurocode 2. In: GORIS, A.; HEISEL, J.P., ed. Construction Tables for Architects—with Design Guidelines and Examples. 20th edition. Cologne: Werner, pp. 12.1–12.5, 12.24–12.87. ISBN 978-3-8041-5252-6

2011

GORIS, A.; MÜERMANN, M.; VOIGT, J., 2011. Chapter D: Design – Design of Reinforced Concrete Members According to Eurocode 2. In: GORIS, A.; HEGGER, J., eds. Reinforced Concrete Construction Today 2011: Practical Handbook. Berlin: Bauwerk, pp. D.1–D.98. ISBN 978-3-89932-286-6

2010

GORIS, A., 2010. Chapter D: Design – Design of Reinforced Concrete Members According to DIN 1045-1. In: GORIS, A.; HEGGER, J., eds. Reinforced Concrete Construction Today 2010: Practical Handbook. Berlin: Bauwerk, pp. D.1–D.118. ISBN 978-3-89932-247-7

GORIS, A., 2010. Chapter 5B: Reinforcing Steel and Prestressing Steel. In: GORIS, A., ed. Construction Tables for Engineers – with Calculation Guidelines and Examples. 19th ed. Cologne: Werner, pp. 5.20–5.24. ISBN 978-3-8041-5242-7

GORIS, A.; SCHMITZ, U.P., 2010. Chapter 5C: Reinforced Concrete and Prestressed Concrete Structures According to Eurocode 2. In: GORIS, A., ed. Construction Tables for Engineers—with Calculation Guidelines and Examples. 19th edition. Cologne: Werner, pp. 5.25–5.173. ISBN 978-3-8041-5242-7

GORIS, A., 2010. Chapter 12B: Reinforcing Steel; Chapter 12C: Reinforced Concrete Structures According to Eurocode 2. In: GORIS, A.; HEISEL, J.P., eds. Construction Tables for Architects—with Design Guidelines and Examples. 19th ed. Cologne: Werner, pp. 12.1–12.5, 12.24–12.85. ISBN 978-3-8041-5243-4

2009

GORIS, A., 2009. Chapter D: Design – Design of Reinforced Concrete Members According to DIN 1045-1. In: AVAK, R.; GORIS, A., eds. Reinforced Concrete Construction Today: Practical Handbook 2009. Berlin: Bauwerk, pp. D.1–D.102. ISBN 978-3-89932-205-7

2008

GORIS, A., 2008. Chapter D: Design – Design of Reinforced Concrete Members According to DIN 1045-1. In: AVAK, R.; GORIS, A., eds. Reinforced Concrete Construction Today: Practical Handbook 2008. Berlin: Bauwerk, pp. D.1–D.104. ISBN 978-3-89932-176-0

GORIS, A., 2008. Chapter 5B: Reinforcing Steel and Prestressing Steel. In: GORIS, A., ed. Construction Tables for Engineers – with Calculation Guidelines and Examples. 18th ed. Cologne: Werner, pp. 5.20–5.24. ISBN 978-3-8041-5236-6

GORIS, A.; SCHMITZ, U.P., 2008. Chapter 5C: Reinforced Concrete and Prestressed Concrete Construction According to DIN 1045-1. In: GORIS, A., ed. Construction Tables for Engineers – with Calculation Guidelines and Examples. 18th edition. Cologne: Werner, pp. 5.25–5.173. ISBN 978-3-8041-5236-6

GORIS, A., 2008. Chapter 14B: Reinforcing Steel; Chapter 14C: Reinforced Concrete Structures according to DIN 1045-1. In: GORIS, A., ed. Construction Tables for Architects—with Design Guidelines and Examples. 18th edition. Cologne: Werner, pp. 14.1–14.5, 14.24–14.85. ISBN 978-3-8041-5237-3

2007

GORIS, A., 2007. Chapter D: Design – Design of Reinforced Concrete Members according to DIN 1045-1. In: AVAK, R.; GORIS, A., eds. Reinforced Concrete Construction Today: Practical Handbook 2007. Berlin: Bauwerk, pp. D.1–D.96. ISBN 978-3-89932-151-7 

2006

GORIS, A.; FRIEDRICH, R., 2006. Chapter D: Design – Design of Reinforced Concrete Members According to DIN 1045-1. In: AVAK, R.; GORIS, A., eds. Reinforced Concrete Construction Today: Practical Handbook 2006. Berlin: Bauwerk, pp. D.1–D.94. ISBN 978-3-89932-098-5

GORIS, A., 2006. Chapter 5B: Reinforcing Steel and Prestressing Steel. In: GORIS, A., ed. Construction Tables for Engineers – with Calculation Guidelines and Examples. 17th ed. Neuwied: Werner, pp. 5.21–5.24. ISBN 978-3-8041-5228-1

GORIS, A.; RICHTER, G.; SCHMITZ, U.P., 2006. Chapter 5C: Reinforced Concrete and Prestressed Concrete Construction According to DIN 1045-1. In: GORIS, A., ed. Construction Tables for Engineers—with Calculation Guidelines and Examples. 17th ed. Neuwied: Werner, pp. 5.25–5.171. ISBN 978-3-8041-5228-1

GORIS, A., 2006. Chapter 14B: Reinforcing Steel; Chapter 14C: Reinforced Concrete Construction according to DIN 1045-1. In: GORIS, A., ed. Construction Tables for Architects—with Design Guidelines and Examples. 17th edition. Neuwied: Werner, pp. 14.1–14.5, 14.25–14.86. ISBN 978-3-8041-5229-8

2005

FEHLING, E.; LEUTBECHER, T., 2005. UHPC – A Challenge. In: FÖRDERVEREIN MASSIVBAU DER TU MÜNCHEN E.V., ed. Massive Construction in All Its Dimensions: Commemorative Volume for the 60th Birthday of Univ.-Prof. Dr.-Ing. Konrad Zilch. Berlin: Springer, pp. 447–452. ISBN 3-54022-541-2

GORIS, A.; FRIEDRICH, R., 2005. Chapter D: Design – Design of Reinforced Concrete Members According to DIN 1045-1. In: AVAK, R.; GORIS, A., eds. Reinforced Concrete Construction Today: Practical Handbook 2005. Berlin: Bauwerk, pp. D.1–D.90. ISBN 978-3-89932-069-5

2004

GORIS, A., 2004. Chapter D: Design – Design of Reinforced Concrete Members According to DIN 1045-1. In: AVAK, R.; GORIS, A., eds. Reinforced Concrete Construction Today: Practical Handbook 2004. Berlin: Bauwerk, pp. D1–D.90. ISBN 978-3-89932-034-3

GORIS, A.; RICHTER, G.; SCHMITZ, U.P., 2004. Chapter 5B: Reinforced Concrete and Prestressed Concrete Construction According to DIN 1045-1. In: GORIS, A., ed. Construction Tables for Engineers—with Calculation Guidelines and Examples. 16th ed. Düsseldorf: Werner, pp. 5.29–5.185. ISBN 978-3-8041-4193-3

GORIS, A., 2004. Chapter 5B: Reinforced Concrete Construction According to DIN 1045-1 (new). In: SCHNEIDER, K.-J., ed. Construction Tables for Architects—with Calculation Guidelines and Examples. 16th edition. Düsseldorf: Werner, pp. 5.1–5.6, 5.32–5.91. ISBN 978-3-8041-4181-0

2003

GORIS, A., 2003. Chapter D: Design – Design of Reinforced Concrete Members According to DIN 1045-1. In: AVAK, R.; GORIS, A., eds. Reinforced Concrete Construction Today: Practical Handbook 2003. Berlin: Bauwerk, pp. D1–D.84. ISBN 978-3-89932-010-7 

2002
 

GORIS, A., 2002. Reinforced Concrete According to DIN 1045-1. In: SCHNEIDER, K.-J.; FLEISCHMANN, H.D., eds. Wienerberger Construction Calendar 2002 – The Current Construction Pocket Guide. Berlin: Bauwerk, pp. 193–198.

GORIS, A., 2002. Chapter D: Design – Design of Reinforced Concrete Members According to DIN 1045-1. In: AVAK, R.; GORIS, A., eds. Reinforced Concrete Construction Today: Practical Handbook 2002. Berlin: Bauwerk, pp. D1–D.101. ISBN 978-3-934369-80-1

GORIS, A.; RICHTER, G.; SCHMITZ, U.P., 2002. Chapter 5B: Reinforced Concrete and Prestressed Concrete Construction According to DIN 1045-1. In: SCHNEIDER, K.-J., eds. Construction Tables for Engineers—with Calculation Guidelines and Examples. 15th ed. Düsseldorf: Werner, pp. 5.27–5.178. ISBN 978-3-8041-4190-2

GORIS, A.; RICHTER, G.; KIRCHNER, H., 2002. Chapter V: Reinforced Concrete and Prestressed Concrete According to EC 2 Part 1 [CD]. In: SCHNEIDER, K.-J., ed. Construction Tables for Engineers – with Calculation Guidelines and Examples. 15th ed. Düsseldorf: Werner. ISBN 978-3-8041-4190-2 

GORIS, A., 2002. Chapter 5B: Reinforced Concrete Structures According to DIN 1045-1 (new). In: SCHNEIDER, K.-J., ed. Construction Tables for Architects—with Calculation Guidelines and Examples. 15th edition. Düsseldorf: Werner, pp. 5.1–5.6, 5.31–5.89. ISBN 978-3-8041-4191-9

2001

GORIS, A., 2001. Chapter D: Design – Design of Reinforced Concrete Members According to DIN 1045-1. In: AVAK, R.; GORIS, A., eds. Reinforced Concrete Construction Today: Yearbook for Construction Practice 2001. Düsseldorf: Werner and Berlin: Beuth, pp. D.1–D.77. ISBN 3-8041-1076-2 (Werner) ISBN 3-410-14971-6 (Beuth) 

GORIS, A., 2001. Chapter G: Current Publications: Examples according to DIN 1045-1 – Unidirectionally stressed three-span slab according to DIN 1045-1, single foundation according to DIN 1045-1. In: AVAK, R.; GORIS, A., eds. Reinforced Concrete Construction Today: Yearbook for Construction Practice 2001. Düsseldorf: Werner and Berlin: Beuth, pp. G.30–G.49. ISBN 3-8041-1076-2 (Werner) ISBN 3-410-14971-6 (Beuth)

GORIS, A.; RICHTER, G.; SCHMITZ, U.P., 2001. Chapter 5B: Reinforced Concrete and Prestressed Concrete Construction According to DIN 1045-1 (new). In: SCHNEIDER, K.-J., Eds. Construction Tables for Engineers—with Calculation Guidelines and Examples. 14th ed. Düsseldorf: Werner, pp. 5.25–5.168. ISBN 978-3-8041-4184-1

GORIS, A.; RICHTER, G.; KIRCHNER, H., 2001. Chapter V: Reinforced Concrete and Prestressed Concrete according to EC 2 Part 1 [CD]. In: SCHNEIDER, K.-J., ed. Construction Tables for Engineers – with Calculation Guidelines and Examples. 14th ed. Düsseldorf: Werner. ISBN 978-3-8041-4184-1 

GORIS, A., 2001. Chapter 5B: Reinforced Concrete Structures According to DIN 1045-1 (new). In: SCHNEIDER, K.-J., ed. Construction Tables for Architects—with Calculation Guidelines and Examples. 14th edition. Düsseldorf: Werner, pp. 5.1–5.6, 5.29–5.87. ISBN 978-3-8041-4183-4

2000

GORIS, A., 2000. Chapter D: Design – Design of Reinforced Concrete Members. In: AVAK, R.; GORIS, A., eds. Reinforced Concrete Construction Today: Yearbook for Construction Practice 2000. Düsseldorf: Werner and Berlin: Beuth, pp. D.1–D.79. ISBN 3-8041-1068-1 (Werner) ISBN 3-410-14689-X (Beuth)

GORIS, A., 2000. Chapter G: Current Publications – Unidirectionally stressed three-span slab according to E DIN 1045-1, isolated foundation according to E DIN 1045-1. In: AVAK, R.; GORIS, A., eds. Reinforced Concrete Construction Today: Yearbook for Construction Practice 2000. Düsseldorf: Werner and Berlin: Beuth, pp. G.53–G.73. ISBN 3-8041-1068-1 (Werner) ISBN 3-410-14689-X (Beuth)

GORIS, A., 2000. Concrete and Reinforced Concrete Construction – Design and Construction. In: SCHNEIDER, K.-J., ed. Construction Site Charts: Tables, Quick Facts, Examples. Berlin: Bauwerk, pp. 6.23–6.83. ISBN 978-3-934369-04-7

1999

GORIS, A., 1999. Chapter D: Design – Design of Reinforced Concrete Members. In: AVAK, R.; GORIS, A., eds. Reinforced Concrete Construction Today: Yearbook for Construction Practice 1999. Düsseldorf: Werner and Berlin: Beuth, pp. D.1–D.98. ISBN 3-8041-1065-7 (Werner) ISBN 3-410-14402-1 (Beuth)

1998

GORIS, A., 1998. Chapter D: Design – Design of Reinforced Concrete Structures. In: AVAK, R.; GORIS, A., eds. Reinforced Concrete Construction Today: Yearbook for Construction Practice 1998. Düsseldorf: Werner and Berlin: Beuth, pp. D.1–D.87. ISBN 3-8041-1061-4 (Werner) ISBN 3-410-14029-8 (Beuth)

GORIS, A.; RICHTER, G.; KIRCHNER, H., 1998. Chapter 5B: Reinforced Concrete and Prestressed Concrete According to EC 2 Part 1. In: SCHNEIDER, K.-J., ed. Construction Tables for Engineers—with Calculation Guidelines and Examples. 13th ed. Düsseldorf: Werner, pp. 5.19–5.189. ISBN 978-3-8041-3477-5 

GORIS, A., 1998. Chapter 5C: Important Changes in E DIN 1045-1 / 02.97. In: SCHNEIDER, K.-J., ed. Construction Tables for Engineers—with Calculation Guidelines and Examples. 13th edition. Düsseldorf: Werner, pp. 5.190–5.194. ISBN 978-3-8041-3477-5 

GORIS, A.; RICHTER, G., 1998. Chapter 5B: Reinforced Concrete According to EC 2 Part 1. In: SCHNEIDER, K.-J., ed. Construction Tables for Architects—with Calculation Guidelines and Examples. 13th ed. Düsseldorf: Werner, pp. 5.3–5.8, 5.25–5.88. ISBN 978-3-8041-3478-2

1996

GORIS, A.; RICHTER, G.; KIRCHNER, H., 1996. Chapter 5B: Reinforced Concrete and Prestressed Concrete Structures according to EC 2 Part 1-1. In: SCHNEIDER, K.-J., ed. Structural Tables for Engineers—with European and National Codes. 12th ed. Düsseldorf: Werner, pp. 5.19–5.174. ISBN 978-3-8041-3460-7 

GORIS, A., 1996. Chapter 5C: Prefabricated Reinforced Concrete and Prestressed Concrete Structures according to EC 2 T 1-3. In: SCHNEIDER, K.-J., ed. Construction Tables for Engineers – with European and National Regulations. 12th ed. Düsseldorf: Werner, pp. 5.175–5.186. ISBN 978-3-8041-3460-7 

GORIS, A., 1996. Chapter 5D: Unreinforced Concrete according to EC 2 T 1-6. In: SCHNEIDER, K.-J., ed. Construction Tables for Engineers—with European and National Regulations. 12th ed. Düsseldorf: Werner, pp. 5,187–5,192. ISBN 978-3-8041-3460-7 

GORIS, A.; RICHTER, G., 1996. Chapter 5B: Reinforced Concrete according to EC 2 Part 1. In: SCHNEIDER, K.-J., ed. Construction Tables for Architects—with European and National Regulations. 12th ed. Düsseldorf: Werner, pp. 5.19–5.84. ISBN 978-3-8041-3461-4

1994

GORIS, A.; RICHTER, G.; KIRCHNER, H., 1994. Chapter 5B: Reinforced Concrete and Prestressed Concrete according to Eurocode 2. In: SCHNEIDER, K.-J., ed. Construction Tables for Engineers—with European and National Regulations. 11th ed. Düsseldorf: Werner, pp. 5.19–5.174. ISBN 978-3-8041-3446-1 

GORIS, A.; RICHTER, G., 1994. Chapter 5B: Reinforced Concrete According to EC 2. In: SCHNEIDER, K.-J., ed. Construction Tables for Architects—with European and National Regulations. 11th ed. Düsseldorf: Werner, pp. 5.19–5.80. ISBN 3-8041-3447-5

1992

GORIS, A., 1992. Chapter 5B: Reinforced Concrete and Prestressed Concrete According to Eurocode 2. In: SCHNEIDER, K.-J., ed. Construction Tables—with Calculation Guidelines, Examples, and European Regulations. 10th ed. Düsseldorf: Werner, pp. 5.158–5.241. ISBN 978-3-8041-3425-6 

1990

GORIS, A., 1990. Eurocode 2 – Design of Reinforced Concrete and Prestressed Concrete Structures. In: SCHNEIDER, K.-J., ed. Construction Tables – with Calculation Guidelines and Examples. Supplement to the 9th edition. Düsseldorf: Werner, pp. 1–62. ISBN 978-3-8041-3412-6 

2025

HEGGER, J.; GLOCK, C.; CURBACH, M.; FISCHER, O.; HAIST, M.; LEUTBECHER, T.; MARK, P.; SCHEERER, S.; FORMAN, P.; SANIO, D.; MÜLLER, R.; SINNING, A.; SCHMIDT, C., 2025. Innovative Concrete Structures – Tradition and Future. Bauingenieur. 100(7-8), 181-195. doi:10.37544/0005-6650-2025-07-08-15

HECK, L.; LEUTBECHER, T., 2025. 3D Characterization of Fibers in UHPFRC by Computed Tomography and Photography. Construction and Building Materials. 483, 141659. doi:10.1016/j.conbuildmat.2025.141659

SCHMIDT, M.; LEUTBECHER, T.; FEHLING, E.; MIDDENDORF, B., 2025. Ultra-high-strength concrete for the repair and reinforcement of bridges – Part 2: Production of UHFB, construction, and quality assurance . Concrete and Reinforced Concrete Construction. 120(S1), Special Issue: Repair and Reinforcement of Bridges with UHPC, 15–26. doi:10.1002/best.202400088

SCHMIDT, M.; LEUTBECHER, T.; FEHLING, E.; MIDDENDORF, B., 2025. Ultra-high-strength concrete for the repair and strengthening of bridges – Part 1: Application possibilities, materials, and design. Concrete and Reinforced Concrete Construction. 120(S1), Special Issue: Repair and Reinforcement of Bridges with UHPC, 3–14. doi:10.1002/best.202400086

2024

HECK, L.; SCHLEITING, M.; LEUTBECHER, T., 2024. Computed tomography versus optoanalytics: Determination of fiber distribution and orientation in steel-fiber-reinforced UHFB. Concrete and Reinforced Concrete Construction. 119(10), 777–791. doi:10.1002/best.202400040
 

SCHULLER, J.; LEUTBECHER, T., 2024. Influence of cross-sectional height on the flexural tensile strength of ultra-high-strength concrete. Concrete and Reinforced Concrete Construction. 119(4), 242-252. doi:10.1002/best.202300095
Supporting Information: Data S1. Results of strength tests

2023

METJE, K.; LEUTBECHER, T., 2023. The UHFB bending database—validation of a design approach for bending with or without axial force. Concrete and Reinforced Concrete Construction. 118(12), 864-878. doi:10.1002/best.202300070
Supporting Information: Data S1. UHFB bending database

LEUTBECHER, T.; HECK, L.; METJE, K.; RIEDEL, P., 2023. Predicting the moment resistance and localization strain of reinforced UHPFRC cross-sections subjected to bending. Engineering Structures. 293, 116607. doi:10.1016/j.engstruct.2023.116607
 

METJE, K.; LEUTBECHER, T., 2023. Verification of the shear resistance of UHPFRC beams - Design method for the German DAfStb Guideline and database evaluation. Engineering Structures. 277, 115439. doi:10.1016/j.engstruct.2022.115439
Appendix A. Supplementary Data 1. UHPC and UHPFRC Shear Database

2022 
 

LEUTBECHER, T.; HECK, L.; METJE, K.; RIEDEL, P., 2022. Combined Design of Reinforced UHFB Beams for Bending. Concrete and Reinforced Concrete Construction. 117(11), 863-877. doi:10.1002/best.202200077

METJE, K.; LEUTBECHER, T., 2022. Shear behavior of steel fiber-reinforced UHFB flexural beams with compact cross-sections. Concrete and Reinforced Concrete Construction. 117(10), 812-825. doi:10.1002/best.202200046

LEUTBECHER, T.; HECK, L.; SCHLEITING, M., 2022. Testing of UHFB according to DIN EN 14651 – On the influence of specimen preparation on test results. Concrete and Reinforced Concrete Construction. 117(6), 410-421. doi:10.1002/best.202200027
Supporting Information: Data S1. Results of the optoanalytical investigation

METJE, K.; LEUTBECHER, T., 2022. On the shear design of beams made of steel fiber-reinforced ultra-high-strength concrete – Part 2: Database evaluation and review of the design approach. Bauingenieur. 97(4), 122-130. doi:10.37544/0005-6650-2022-04-66 

METJE, K.; LEUTBECHER, T., 2022. On the shear design of steel fiber-reinforced ultra-high-performance concrete girders – Part 1: Design approach and database. Bauingenieur. 97(3), 83-90-12. doi:10.37544/0005-6650-2022-03-67 

2021

METJE, K.; LEUTBECHER, T., 2021. Experimental investigations on the shear bearing behavior of prestressed ultra-high performance fiber-reinforced concrete beams with compact cross-section. Structural Concrete. 22(6), 3746-3762. doi:10.1002/suco.202100337
Supporting Information: Data S1. A: Shear tests / B: Time-dependent deformation and loss of prestress

RIEDEL, P.; LEUTBECHER, T., 2021. Effect of Fiber Orientation on Compressive Strength of Ultra-High-Performance Fiber-Reinforced Concrete. ACI Materials Journal. 118(2), 199-209. doi:10.14359/51730417

WEIMAR, T.; HAMMER, C.; LEUTBECHER, T.; METJE, K., 2021. Glass-Rigid Foam Composite for Innovative Concrete Sandwich Elements. Civil Engineering Design. 3(1-2), 3-12. doi:10.1002/cend.202000010
 

2020

METJE, K.; LEUTBECHER, T.; WEIMAR, T.; HAMMER, C., 2020. Bond between concrete and rigid foam in precast concrete sandwich construction. Civil Engineering Design. 2(5-6), 182-192. doi:10.1002/cend.202000011
 

LEUTBECHER, T., 2020. Structural behavior of ultra-high performance (fiber-reinforced) concrete compression struts subjected to transverse tension and cracking. Structural Concrete. 21(5), 2154-2167. doi:10.1002/suco.201900451
Supporting Information: Data S1. Examination of 31 biaxial compression-tension tests on ultra-high performance (fiber-reinforced) concrete panels

RIEDEL, P.; LEUTBECHER, T., 2020. Influence of fiber orientation and fiber content on the compressive strength of ultra-high-performance concrete. Concrete and Reinforced Concrete Construction. 115(10), 789-800. doi:10.1002/best.202000020

LEUTBECHER, T.; RIEDEL, P., 2020. Compressive strength classes and performance classes of ultra-high-performance concrete (Part 2). Concrete Plant and Precast Technology. 86(10), 46-53.

LEUTBECHER, T.; RIEDEL, P., 2020. Compressive strength classes and performance classes of ultra-high-performance concrete (Part 1). Betonwerk und Fertigteil-Technik/Concrete Plant and Precast Technology. 86(9), 46-54.

2019

LEUTBECHER, T.; REBLING, J., 2019. Predicting the post-cracking strength of ultra-high-performance fiber-reinforced concrete by means of three-point bending tests according to EN 14651. Structural Concrete. 20(6), 2081-2095. doi:10.1002/suco.201900070

RIEDEL, P.; LEUTBECHER, T.; PIOTROWSKI, S.; HEESE, C., 2019. Ratios of Compressive Strengths of Ultra-High-Performance Concrete Specimens of Different Shapes and Sizes. ACI Materials Journal. 116(6), 139-149. doi:10.14359/51716983

KHOSRAVANI, M.R.; WAGNER, P.; FRÖHLICH, D.; WEINBERG, K., 2019. Dynamic fracture investigations of ultra-high-performance concrete by spalling tests. Engineering Structures. 201, 109844. doi:10.1016/j.engstruct.2019.109844

WEIMAR, T.; HAMMER, C.; LEUTBECHER, T.; METJE, K., 2019. Bonding in glass-rigid foam-concrete sandwich elements. Part 2 – Experimental investigations into the bond between glass and rigid foam. Bautechnik. 96(10), 740-748. doi:10.1002/bate.201900017

METJE, K.; LEUTBECHER, T.; WEIMAR, T.; HAMMER, C., 2019. Bonding in glass-rigid foam-concrete sandwich elements. Part 1 – Experimental investigations into the bonding between concrete and rigid foam. Bautechnik. 96(10), 731–739. doi:10.1002/bate.201900016

LEUTBECHER, T., 2019. On the compressive strength and compressive stiffness of ultra-high-strength concrete cracked due to transverse tension. Concrete and Reinforced Concrete Construction. 114(10), 756-766. doi:10.1002/best.201900043

2018

LEUTBECHER, T.; REBLING, J., 2018. Experimental investigations on the derivation of the centric post-cracking tensile strength of UHPC from bending tests. Civil Engineering. 93(11), 463-472. doi:10.37544/0005-6650-2018-11-81

RIEDEL, P.; LEUTBECHER, T.; PIOTROWSKI, S.; HEESE, C., 2018. Influence of specimen geometry on the results of compressive strength tests on ultra-high-strength concrete. Concrete and Reinforced Concrete Construction. 113(8), 598-607. doi:10.1002/best.201800027

2014

GORIS, A., 2014. On the punching shear verification of individual foundations according to EC2 – Design guidelines for individual foundations without punching shear reinforcement. Concrete and Reinforced Concrete Construction. 109(5), 314-321. doi:10.1002/best.201300089

FEHLING, E.; LEUTBECHER, T.; SCHMIDT, M.; ISMAIL, M., 2014. Grouted Connections of Offshore Wind Turbines – Part 2: Modeling and Design. Steel Construction. 83(S2), Special Issue on Renewable Energies, 46-60. doi:10.1002/stab.201430007

2013

FEHLING, E.; LEUTBECHER, T.; SCHMIDT, M.; ISMAIL, M., 2013. Grouted connections for offshore wind turbine structures – Part 2: Structural modeling and design of grouted connections. Steel Construction. 6(3), 216–228. doi:10.1002/stco.201310031

2012

LEUTBECHER, T.; FEHLING, E., 2012. Tensile Behavior of Ultra-High-Performance Concrete Reinforced with Reinforcing Bars and Fibers: Minimizing Fiber Content. ACI Structural Journal. 109(2), 253-263. doi:10.14359/51683636

2011

FEHLING, E.; LEUTBECHER, T.; RÖDER, F.-K., 2011. Compression-Tension Strength of Reinforced and Fiber-Reinforced Concrete. ACI Structural Journal. 108(3), 350-359. doi:10.14359/51682351

2009

FEHLING, E.; LEUTBECHER, T.; RÖDER, F.-K., 2009. On the Compression-Tension Strength of Reinforced Concrete and Steel Fiber-Reinforced Concrete. Concrete and Reinforced Concrete Construction. 104(8), 471-484. doi:10.1002/best.200900020

LEUTBECHER, T.; FEHLING, E., 2009. Cracking and tensile behavior of fiber-reinforced concrete using ultra-high-strength concrete as an example – Part 2: Experimental investigations and application examples. Concrete and Reinforced Concrete Construction. 104(7), 406-415. doi:10.1002/best.200900679

LEUTBECHER, T.; FEHLING, E., 2009. Cracking and tensile behavior of fiber-reinforced concrete using ultra-high-strength concrete as an example – Part 1: Cracking mechanisms. Concrete and Reinforced Concrete Structures. 104(6), 357-367. doi:10.1002/best.200900677

2007

SCHMIDT, M.; KRELAUS, R.; TEICHMANN, T.; LEUTBECHER, T.; FEHLING, E., 2007. Joining UHPC components by bonding: Preliminary investigations and application at the Gärtnerplatz Bridge in Kassel. Concrete and Reinforced Concrete Construction. 102(10), 681-690. doi:10.1002/best.200700576

2004

GORIS, A., 2004. Deformations of Reinforced Concrete Components—Verification Methods and Critical Evaluation. Der Sachverständige. 31(9), 239–247.

2003

FEHLING, E.; LEUTBECHER, T., 2003. Limitation of crack width under combined loading from load and constraint. Concrete and Reinforced Concrete Construction. 98(7), 377-388. doi:10.1002/best.200301860

GORIS, A., 2003. Current National Standards in Concrete Construction. Building Law and Construction Practice. 1(6).

1989

GORIS, A., 1989. The joint problem in multi-span precast bridges. Concrete and Reinforced Concrete Construction. 84(6), 137-140. doi:10.1002/best.198900210

2026

LEUTBECHER, T.; HECK, L., 2026. Safety concept for ultra-high-performance fiber-reinforced concrete subjected to tension | Safety concept for tension-stressed steel-fiber-reinforced ultra-high-performance concrete. In: Conference Proceedings 70th BetonTage: Markets for People. Ulm, March 10–12, 2026. Betonwerk und Fertigteil-Technik/Concrete Plant and Precast Technology. 92(3), 70. ISSN 0373-4331

2025

YÜKSEL, S.; LEUTBECHER, T., 2025. A comparative study on design approaches for Ultra-High Performance Concrete flexural elements. In: BRIFFAUT, M.; TORRENTI, J.M., eds. Concrete structures: extend lifetime, limit impacts. Proceedings of the 2025 fib International Symposium. Antibes, France, June 16–18, 2025. pp. 173–184.fib Proceedings No. 71. ISSN 2617-4820
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LEUTBECHER, T.; SCHULLER, J., 2025. Axial and flexural tensile strength of thin members made of ultra-high-performance concrete | Tensile and flexural tensile strength of thin structural members made of ultra-high-performance concrete. In: Conference Proceedings 69th Concrete Days: Rethinking Sustainability. Ulm, March 11–13, 2025. Concrete Plant and Precast Technology. 91(3), 88. ISSN 0373-4331

2024

METJE, K.; LEUTBECHER, T., 2024. Shear design of ultra-high-performance fiber-reinforced concrete girders | Shear design of beams made of steel fiber-reinforced ultra-high-strength concrete. In: Conference Proceedings 68th Concrete Days: Shaping Transformation. Ulm, May 14–16, 2024. Concrete Plant and Precast Technology. 90(5), 114. ISSN 0373-4331

LEUTBECHER, T.; METJE, K., 2024. Flexural design of ultra-high-performance fiber-reinforced concrete girders | Biegebemessung von Biegebemessung von Biegebemessung von Biegebemessung von Biegebemessung von Biegebemessung von Biegebemessung von Biegebemessung von Biegebemessung von Biegebemessung von Biegebemessung von Biegebemessung von Biegebemessung von Biegebemessung von Biegebemessung von Biegebemessung von Biegebemessung von Biegebemessung von Biegebemessung von Biegebemessung von Biegebemessung von Biegebemessung von Biegebemessung von Biegebemessung von Biegebemessung von Biegebemessung von Biegebemessung von Biegebemessung von Biegebemessung von Biegebemessung von Biegebemessung von Biegebemessung von Biegebemessung von Biegebemessung von Biegebemessung von Biegebemessung von Biegebemessung von Biegebemessung von Biegebemessung von Biegebemessung von Biegebemessung von Biegebemessung von Biegebemessung von Biegebemessung von Biegebemessung Conference Proceedings 68th Concrete Days: Shaping Transformation. Ulm, May 14–16, 2024. Concrete Plant and Precast Technology. 90(5), 113. ISSN 0373-4331

METJE, K.; LÜTTICKE, S.; LEUTBECHER, T., 2024. Statistical Evaluation of UHPFRC Shear Verification Methods. In: FEHLING, E.; MIDDENDORF, B.; THIEMICKE, J., eds. Proceedings of HiPerMat 2024, 6th International Symposium on Ultra-High Performance Concrete and High Performance Construction Materials. Kassel, March 6–8, 2024. Kassel: Kassel University Press, pp. 141–144. Structural Materials and Engineering Series, Vol. 40. ISBN 978-3-7376-1159-6 *** Awarded the Best Paper Award ***
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2022

LEUTBECHER, T., 2022. Influence of fiber orientation on the mechanical properties of ultra-high performance fiber-reinforced concrete | Influence of fiber orientation on the mechanical properties of ultra-high performance fiber-reinforced concrete. In: Conference Proceedings 66th BetonTage: Sustainable Construction with Concrete. Ulm, June 21–23, 2022. Betonwerk und Fertigteil-Technik/Concrete Plant and Precast Technology. 88(6), 72. ISSN 0373-4331

2020

METJE, K.; LEUTBECHER, T., 2020. Experimental investigations on the shear bearing capacity of UHPFRC beams with compact cross-section. In: MIDDENDORF, B.; FEHLING, E.; WETZEL, A., eds. Proceedings of HiPerMat 2020, 5th International Symposium on Ultra-High Performance Concrete and High Performance Construction Materials. Kassel, March 11–13, 2020. Kassel: Kassel University Press, pp. 9–10. Structural Materials and Engineering Series, Vol. 32. ISBN 978-3-7376-0828-2 
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LEUTBECHER, T., 2020. Structural Behavior of UHP(FR)C Compression Struts Subjected to Transverse Tension and Cracking [ PowerPoint Presentation]. HiPerMat 2020, 5th International Symposium on Ultra-High Performance Concrete and High Performance Construction Materials. University of Kassel, March 11–13, 2020.
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LEUTBECHER, T., 2020. Classification of Ultra-High-Strength Concrete: Background and Testing Methods. In: Conference Proceedings 64th BetonTage: Concrete Construction of the Future. Neu-Ulm, February 18–21, 2020. Concrete Plant and Precast Technology. 86(2), 72. ISSN 0373-4331

2019

LEUTBECHER, T.; WEIMAR, T., 2019. Binder-free concrete sandwich element with glass facing. In: Conference Proceedings 63rd BetonTage: Innovation in Concrete. Neu-Ulm, February 19–21, 2019. Concrete Plant and Precast Technology. 85(2), 91. ISSN 0373-4331

2018

LEUTBECHER, T., 2018. The new DAfStb guideline UHFB – Part 2: Design and Construction. In: Conference Proceedings 62nd BetonTage: Precast – The Future of Construction. Neu-Ulm, February 20–22, 2018. Concrete Plant and Precast Technology. 84(2), 52. ISSN 0373-4331

LEUTBECHER, T.; RIEDEL, P., 2018. Influence of specimen geometry on the results of compressive strength tests on ultra-high-strength concrete (UHFB) [ PowerPoint presentation]. 2018 Three Kings’ Meeting of the MPA Wiesbaden. RheinMain University of Applied Sciences, Wiesbaden, January 16, 2018.
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2017

SCHMIDT, M.; LEUTBECHER, T.; PIOTROWSKI, S.; WIENS, U., 2017. The German Guideline for ultra-high performance concrete. In: TOUTLEMONDE, F.; RESPLENDINO, J., eds. UHPFRC 2017, Design and Building with UHPFRC: New large-scale implementations, recent technical advances, experience and standards. Proceedings of the AFGC-ACI-fib-RILEM International Conference on Ultra-High Performance Fibre-Reinforced Concrete. Montpellier, France, October 2–4, 2017. Paris: RILEM Publications, Volume II, pp. 545–554. RILEM Proceedings PRO 106. ISBN 978-2-35158-166-7 
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RIEDEL, P.; LEUTBECHER, T., 2017. Effect of specimen size on the compressive strength of ultra-high performance concrete. In: TOUTLEMONDE, F.; RESPLENDINO, J., eds. UHPFRC 2017, Design and Building with UHPFRC: New large-scale implementations, recent technical advances, experience and standards. Proceedings of the AFGC-ACI-fib-RILEM International Conference on Ultra-High Performance Fibre-Reinforced Concrete. Montpellier, France, October 2–4, 2017. Paris: RILEM Publications, Volume I, pp. 251–260. RILEM Proceedings PRO 106. ISBN 978-2-35158-166-7
Download The original publication is available at the publisher's website: https://www.rilem.net/publication/publication/490. The article is copyrighted by RILEM. Please contact RILEM for permission to reprint or use the material in any form.

LEUTBECHER, T., 2017. Ultra-High-Strength Concrete - New Perspectives through the DAfStb Guideline [ PowerPoint presentation]. General Meeting of the Fachvereinigung Deutscher Betonfertigteilbau e.V. (FDB). Oberhof, Thuringia, September 22, 2017.

RIEDEL, P.; LEUTBECHER, T., 2017. Experimental investigations into the shear capacity of reinforced concrete members with sparse longitudinal reinforcement and no shear reinforcement. In: BREIT, W.; KURZ, W. et al., eds. Concrete – Thinking Ahead... Contributions to the 5th DAfStb Annual Conference with the 58th Research Colloquium. Kaiserslautern, September 20 and 21, 2017. Kaiserslautern: Technical University, Research Colloquium Volume 2, pp. 201–212. ISBN 978-3-00-057267-8
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RIEDEL, P.; LEUTBECHER, T., 2017. Shear Bearing Behavior of Slender Reinforced Concrete Members without Shear Reinforcement Containing a Low Ratio of Longitudinal Reinforcement. In: HORDIJK, D.A.; LUKOVIC, M., eds. High Tech Concrete: Where Technology and Engineering Meet: Proceedings of the 2017 fib Symposium, held in Maastricht, The Netherlands, June 12–14, 2017. Cham: Springer International Publishing, pp. 710–718. ISBN 978-3-319-59470-5. doi:10.1007/978-3-319-59471-2_84

2016

LEUTBECHER, T., 2016. Work on the DAfStb Guideline for Ultra-High-Strength Concrete: A Status Report from the Design and Construction Working Group of the DAfStb Subcommittee [ PowerPoint presentation]. Siegen KIB Seminar. University of Siegen, December 1, 2016.

LEUTBECHER, T.; FEHLING, E., 2016. Standardization of UHPC in Germany - Part II: Development of Design Rules [ PowerPoint Presentation]. HiPerMat 2016, 4th International Symposium on Ultra-High Performance Concrete and High Performance Construction Materials. University of Kassel, March 9–11, 2016.
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2015

LEUTBECHER, T., 2015. Ultra-High Performance Concrete in Bridge Construction [PowerPoint Presentation]. Siegen Construction Day 2015 – Concrete: Innovative and Design Applications. University of Siegen, November 6, 2015.

LEUTBECHER, T., 2015. Ultra-High-Strength Concrete – Fundamentals and Application Possibilities in Infrastructure Projects [ PowerPoint presentation]. Seminar of the Association of Road Construction and Transportation Engineers in North Rhine-Westphalia (VSVI NRW). University of Siegen, April 16, 2015.

2013

LEUTBECHER, T.; FEHLING, E., 2013. A Simple Design Approach for UHPFRC in Bending. In: TOUTLEMONDE, F.; RESPLENDINO, J, eds. UHPFRC 2013: Proceedings of the RILEM-fib-AFGC International Symposium on Ultra-High Performance Fibre-Reinforced Concrete. Marseille, France, October 1–3, 2013. Bagneux: RILEM Publications, pp. 509–518. RILEM Proceedings PRO 87. ISBN 978-2-35158-130-8 
Download The original publication is available at the publisher's website: https://www.rilem.net/publication/publication/422. The article is copyrighted by RILEM. Please contact RILEM for permission to reprint or use the material in any form.

FEHLING, E.; ISMAIL, M.; LEUTBECHER, T., 2013. Experimental tests and analytical modeling of UHPC beams subjected to torsion [CD]. In: ZINGONI, A., ed. Research and Applications in Structural Engineering, Mechanics and Computation: Proceedings of the Fifth International Conference on Structural Engineering, Mechanics and Computation (SEMC 2013). Cape Town, South Africa, September 2–4, 2013. London: Taylor & Francis, pp. 1673–1678. ISBN 978-1-138-00061-2

GORIS, A.; WEGLARZY, J., 2013. Floor slabs retroactively reinforced with in-situ concrete: Investigations into the formation of a load-bearing joint. In: Conference Proceedings 57th BetonTage: Creating Value. Neu-Ulm, February 5–7, 2013. BFT INTERNATIONAL. 79(2). ISSN 0373-4331

2012

LEUTBECHER, T.; FEHLING, E., 2012. On the load-bearing capacity of ultra-high-performance fiber-reinforced concrete in bottle-shaped compression fields. In: GERMAN COMMITTEE FOR REINFORCED CONCRETE (DAfStb), ed. DAfStb Research Colloquium: Proceedings of the 53rd Research Colloquium on October 9 and 10 at the Institute of Structural Engineering at the University of Kassel. Kassel: Kassel University Press, pp. 47–57. ISBN 978-3-86219-394-3
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LEUTBECHER, T.; FEHLING, E., 2012. Compressive Strength of UHPC in Bottle-Shaped Compression Fields. In: SCHMIDT, M.; FEHLING, E.; GLOTZBACH, C.; FRÖHLICH, S.; PIOTROWSKI, S., eds. Ultra-High Performance Concrete and Nanotechnology in Construction: Proceedings of HiPerMat 2012, 3rd International Symposium on UHPC and Nanotechnology for High Performance Construction Materials. Kassel, March 7–9, 2012. Kassel: Kassel University Press, pp. 1027–1034. Structural Materials and Engineering Series, Vol. 19. ISBN 978-3-86219-264-9
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FEHLING, E.; LORENZ, P.; LEUTBECHER, T., 2012. Experimental Investigations on Anchorage of Rebars in UHPC. In: SCHMIDT, M.; FEHLING, E.; GLOTZBACH, C.; FRÖHLICH, S.; PIOTROWSKI, S., eds. Ultra-High Performance Concrete and Nanotechnology in Construction: Proceedings of HiPerMat 2012, 3rd International Symposium on UHPC and Nanotechnology for High Performance Construction Materials. Kassel, March 7–9, 2012. Kassel: Kassel University Press, pp. 533–540. Structural Materials and Engineering Series, Vol. 19. ISBN 978-3-86219-264-9
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GORIS, A., 2012. Eurocodes for Germany. In: GORIS, A., ed. Eurocode 2 – Edition for Germany. Siegen, March 2012. Siegen: University of Siegen, pp. 0.1–0.7. Siegen KIB Seminar, Issue 17. ISSN 1439-2097

GORIS, A., 2012. Reinforced Concrete Structures According to EC2-1-1 and EC2-1-1/NA: Fundamentals, Materials, Internal Forces. In: GORIS, A., ed. Eurocode 2 – Edition for Germany. Siegen, March 2012. Siegen: University of Siegen, pp. I.1–I.20. Siegen KIB Seminar, Issue 17. ISSN 1439-2097

VOIGT, J., 2012: Verification in the Ultimate Limit State. In: GORIS, A., ed. Eurocode 2 – Edition for Germany. Siegen, March 2012. Siegen: University of Siegen, pp. II.1–II.29. Siegen KIB Seminar, Issue 17. ISSN 1439-2097

GORIS, A., 2012. Reinforced Concrete Structures According to EC2-1-1 and EC2-1-1/NA: Buckling Safety, Unreinforced Concrete in the Ultimate Limit State (ULS), Serviceability Limit States (SLS). In: GORIS, A., ed. Eurocode 2 – Edition for Germany. Siegen, March 2012. Siegen: University of Siegen, pp. III.1–III.11. Siegen KIB Seminar, Issue 17. ISSN 1439-2097

WEGLARZY, J., 2012. Precast elements according to EC 2-1-1. In: GORIS, A., ed. Eurocode 2 – Edition for Germany. Siegen, March 2012. Siegen: University of Siegen, pp. IV.1–IV.29. Siegen KIB Seminar, Issue 17. ISSN 1439-2097

MÜERMANN, M., 2012. Design and Analysis Using Truss Models. In: GORIS, A., ed. Eurocode 2 – Edition for Germany. Siegen, March 2012. Siegen: University of Siegen, pp. V.1–V.27. Siegen KIB Seminar, Issue 17. ISSN 1439-2097

VOIGT, J., 2012: Fundamentals of Reinforcement Placement and Reinforcement of Structural Elements. In: GORIS, A., ed. Eurocode 2 – Edition for Germany. Siegen, March 2012. Siegen: University of Siegen, pp. VI.1–VI.15. Siegen KIB Seminar, Issue 17. ISSN 1439-2097

2011

FEHLING, E.; LEUTBECHER, T., 2011. Ultra-High-Strength Concrete (UHSC): State of the Art in Germany. In: BRÜHWILER, E.; MOREILLON, L.; SUTER, R., eds. Ultra-High-Performance Fiber-Reinforced Concrete: Design, Analysis, Construction. Fribourg, Switzerland, October 27, 2011. Fribourg: École d'ingénieurs et d'architectes de Fribourg, pp. 33–47. ISBN 978-2-8399-0951-8

LEUTBECHER, T.; FEHLING, E., 2011. Design for serviceability of ultra-high-performance concrete structures. In: PARRA-MONTESINOS, G.J.; REINHARDT, H.W.; NAAMAN, A.E., eds. High Performance Fiber Reinforced Cement Composites 6 (HPFRCC6): Sixth International RILEM Conference on High Performance Fiber Reinforced Cement Composites. Ann Arbor, USA, June 19–22, 2011. Dordrecht: Springer, pp. 445–452. ISBN 978-94-007-2435-8. doi:10.1007/978-94-007-2436-5_54

FEHLING, E.; LEUTBECHER, T., 2011. Design of UHPC Structural Members. In: 9th Munich Building Materials Seminar on Ultra-High-Strength Concrete (UHPC): Material Fundamentals, Design, and Practical Application. Munich, April 14, 2011. Munich: Förderverein Baustoff-Forschung e.V., pp. 24–25.

GORIS, A.; VOIGT, J.; SCHMITZ, U.P., 2011. Reinforced Concrete Structures According to EC2-1-1 and EC2-1-1/NA. In: GORIS, A., ed. The Eurocodes – Edition for Germany. Siegen, March 2011. Siegen: University of Siegen, pp. III.1–III.66. Siegen KIB Seminar, Issue 16. ISSN 1439-2097

GORIS, A.; VOIGT, J., 2011. Fire design according to EC2-1-2. In: GORIS, A., ed. The Eurocodes – Edition for Germany. Siegen, March 2011. Siegen: University of Siegen, pp. VII.1–VII.38. Siegen KIB Seminar, Issue 16. ISSN 1439-2097

2010

FEHLING, E.; LEUTBECHER, T.; STÜRWALD, S., 2010. Ultra-high-performance concrete structures: Recent developments in research and practice [CD]. In: ZINGONI, A., ed. Advances and Trends in Structural Engineering, Mechanics and Computation: Proceedings of the Fourth International Conference on Structural Engineering, Mechanics and Computation (SEMC 2010). Cape Town, South Africa, September 6–8, 2010. London: Taylor & Francis, pp. 833–838. ISBN 978-0-415-58472-2

FEHLING, E.; LEUTBECHER, T.; STÜRWALD, S., 2010. Structural Behavior of Ultra High Performance Concrete Reinforced with Steel Fibers and Rebars. In: Third International fib Congress incorporating the PCI Annual Convention and Bridge Conference 2010. Washington, D.C., USA, May 29–June 2, 2010. Chicago: Precast Prestressed Concrete Institute (PCI), Vol. 6, pp. 5403–5412. ISBN 978-1-61782-821-8

GORIS, A., 2010. Eurocode 2 for Germany – Overview. In: GORIS, A., ed. Reinforcement and Fastening Technology. Siegen, November 2010. Siegen: University of Siegen, pp. I.1–I.14. Siegen KIB Seminar, Issue 15. ISSN 1439-2097

GORIS, A.; VOIGT, J., 2010. Punching Shear According to Eurocode 2. In: GORIS, A., ed. Reinforcement and Fastening Technology. Siegen, November 2010. Siegen: University of Siegen, pp. I.15–I.30. Siegen KIB Seminar, Issue 15. ISSN 1439-2097

GORIS, A.; MÜERMANN, M., 2010. Construction joints, pouring joints. In: GORIS, A., ed. Reinforcement and Fastening Technology. Siegen, November 2010. Siegen: University of Siegen, pp. V.15–V.19. Siegen KIB Seminar, Issue 15. ISSN 1439-2097

GORIS, A., 2010. New edition of DIN EN 1992-1-1 – Overview. In: GORIS, A., ed. Eurocode 2 – DIN EN 1992-1-1: Edition for Germany. Siegen, June 2010. Siegen: University of Siegen, pp. I.1–I.7. Siegen KIB Seminar, Issue 14. ISSN 1439-2097

GORIS, A., 2010. Fundamentals of Structural Design. In: GORIS, A., ed. Eurocode 2 – DIN EN 1992-1-1: Edition for Germany. Siegen, June 2010. Siegen: University of Siegen, pp. II.1–II.9. Siegen KIB Seminar, Issue 14. ISSN 1439-2097

GORIS, A., 2010. Verification in the Ultimate Limit State. In: GORIS, A., ed. Eurocode 2 – DIN EN 1992-1-1: Edition for Germany. Siegen, June 2010. Siegen: University of Siegen, pp. III.1–III.20. Siegen KIB Seminar, Issue 14. ISSN 1439-2097

GORIS, A., 2010. Verification in the serviceability limit state. In: GORIS, A., ed. Eurocode 2 – DIN EN 1992-1-1: Edition for Germany. Siegen, June 2010. Siegen: University of Siegen, pp. IV.1–IV.10. Siegen KIB Seminar, Issue 14. ISSN 1439-2097

VOIGT, J., 2010. Design rules according to EC2-1-1. In: GORIS, A., ed. Eurocode 2 – DIN EN 1992-1-1: Edition for Germany. Siegen, June 2010. Siegen: University of Siegen, pp. V.1–V.12. Siegen KIB Seminar, Issue 14. ISSN 1439-2097

MÜERMANN, M.; VOIGT, J., 2010. Fire design according to EC2-1-2. In: GORIS, A., ed. Eurocode 2 – DIN EN 1992-1-1: Edition for Germany. Siegen, June 2010. Siegen: University of Siegen, pp. VI.1–VI.34. Siegen KIB Seminar, Issue 14. ISSN 1439-2097

2009

LEUTBECHER, T., 2009. Cracking and tensile behavior of ultra-high-performance concrete (UHPC) reinforced with steel bars and fibers [ PowerPoint presentation]. Ceremony for the presentation of the 2008 “ AuF BAU UNI Kassel” Science Prize. University of Kassel, May 4, 2009.

GORIS, A., 2009. New edition of DIN 1045 (2008): Overview of significant changes; design issues. In: GORIS, A., ed. Construction with precast concrete elements, renovation of existing buildings. Siegen, September 2009. Siegen: University of Siegen, pp. I.1–I.24. Siegen KIB Seminar, Issue 13. ISSN 1439-2097

GORIS, A.; MÜERMANN, M.; STROHBUSCH, J., 2009. Design Using Member-Frame Models: Practical Applications in Construction. In: GORIS, A., ed. Building with Precast Concrete Elements, Renovation. Siegen, September 2009. Siegen: University of Siegen, pp. II.1–II.55. Siegen KIB Seminar, Issue 13. ISSN 1439-2097

MÜERMANN, M., 2009. Stability of slender beams. In: GORIS, A., ed. Building with precast concrete elements, Renovation. Siegen, September 2009. Siegen: University of Siegen, pp. III.1–III.20. Siegen KIB Seminar, Issue 13. ISSN 1439-2097

STROHBUSCH, J., 2009. Deformations of Reinforced Cross-Sections. In: GORIS, A., ed. Building with Precast Concrete Elements, Renovation. Siegen, September 2009. Siegen: University of Siegen, pp. IV.1–IV.33. Siegen KIB Seminar, Issue 13. ISSN 1439-2097

GORIS, A., 2009. Fire Safety of Reinforced Concrete Cantilever Columns. In: GORIS, A., ed. Building with Precast Concrete Elements, Renovation. Siegen, September 2009. Siegen: University of Siegen, pp. V.1–V.38. Siegen KIB Seminar, Issue 13. ISSN 1439-2097

GORIS, A.; VOIGT, J., 2009. Value Preservation—Monitoring, Renovation, and Retrofit. In: GORIS, A., ed. Building with Precast Concrete Elements, Building in Existing Structures. Siegen, September 2009. Siegen: University of Siegen, pp. VI.1–VI.23. Siegen KIB Seminar, Issue 13. ISSN 1439-2097

VOIGT, J., 2009. Structural Design in Existing Buildings. In: GORIS, A., ed. Building with Precast Concrete Elements, Building in Existing Structures. Siegen, September 2009. Siegen: University of Siegen, pp. VIII.1–VIII.26. Siegen KIB Seminar, Issue 13. ISSN 1439-2097

2008

LEUTBECHER, T.; FEHLING, E., 2008. Crack Width Control for Combined Reinforcement of Rebars and Fibers exemplified by Ultra-High-Performance Concrete. Meeting of fib Task Group 8.6 - Ultra high-performance fiber-reinforced concrete. Varenna, Italy, September 5, 2008.
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FEHLING, E.; LEUTBECHER, T.; RÖDER, F.-K.; STÜRWALD, S., 2008. Structural behavior of UHPC under biaxial loading. In: FEHLING, E.; SCHMIDT, M.; STÜRWALD, S., eds. Ultra High Performance Concrete (UHPC): Proceedings of the Second International Symposium on Ultra High Performance Concrete. Kassel, March 5–7, 2008. Kassel: Kassel University Press, pp. 569–576. Structural Materials and Engineering Series, Vol. 10. ISBN 978-3-89958-376-2
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LEUTBECHER, T.; FEHLING, E., 2008. Crack Formation and Tensile Behavior of UHPC Reinforced with a Combination of Rebars and Fibers. In: FEHLING, E.; SCHMIDT, M.; STÜRWALD, S., eds. Ultra High Performance Concrete (UHPC): Proceedings of the Second International Symposium on Ultra High Performance Concrete.  Kassel, March 5–7, 2008. Kassel: Kassel University Press, pp. 497–504. Structural Materials and Engineering Series, Vol. 10. ISBN 978-3-89958-376-2
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GORIS, A., 2008. Shear Force Transfer in Joints According to DIN 1045-1:2008. In: mb-news No. 5/2008. Kaiserslautern: mb AEC Software, pp. 18–26.

GORIS, A., 2008. New edition of DIN 1045-1 (2008): Overview of significant changes; design issues. In: GORIS, A., ed. Reinforced Concrete Construction Practice Today: New edition of DIN 1045-1 (2008). Siegen, March 2008. Siegen: University of Siegen, pp. I.1–I.24. Siegen KIB Seminar, Issue 11. ISSN 1439-2097

GORIS, A., 2008. Composite concrete members—Verification of shear force transfer at the joint. In: GORIS, A., ed. Reinforced Concrete Construction—Current Practice: New Edition of DIN 1045-1 (2008). Siegen, March 2008. Siegen: University of Siegen, pp. II.1–II.17. Siegen KIB Seminar, Issue 11. ISSN 1439-2097

STROHBUSCH, J., 2008. Crack Width Limitation – Minimum Reinforcement. In: GORIS, A., ed. Reinforced Concrete Construction – Current Practice: New Edition of DIN 1045-1 (2008). Siegen, March 2008. Siegen: University of Siegen, pp. IV.1–IV.23. Siegen KIB Seminar, Issue 11. ISSN 1439-2097

GORIS, A., 2008. Punching Shear – Additions to Previous Regulations; Foundations. In: GORIS, A., ed. Reinforced Concrete Construction – Current Practice: New Edition of DIN 1045-1 (2008). Siegen, March 2008. Siegen: University of Siegen, pp. V.1–V.28. Siegen KIB Seminar, Issue 11. ISSN 1439-2097

2007

SCHMIDT, M.; BRÜHWILER, E.; FEHLING, E.; DENARIÉ, E; LEUTBECHER, T.; TEICHMANN, T., 2007. Mix design and properties of Ultra-High Performance Fibre Reinforced Concrete for the construction of a composite UHPFRC-concrete bridge. In: IABSE Symposium Weimar 2007: Improving Infrastructure Worldwide - Bringing People Closer. Weimar, Germany, September 19–21, 2007. Zurich: International Association for Bridge and Structural Engineering (IABSE), pp. 466–476. IABSE Report, Vol. 93. ISBN 978-3-85748-116-1

FEHLING, E.; LEUTBECHER, T.; RÖDER, F.-K., 2007. Structural behavior of normal-strength and ultra-high-strength reinforced concrete with and without fibers under biaxial loading. In: ZINGONI, A., ed.Recent Developments in Structural Engineering, Mechanics and Computation: Proceedings of the Third International Conference on Structural Engineering, Mechanics and Computation (SEMC 2007). Cape Town, South Africa, September 10–12, 2007. Rotterdam: Millpress, pp. 557–558. ISBN 978-90-5966-054-0

FEHLING, E.; LEUTBECHER, T., 2007. Tensile behavior of ultra-high-performance concrete (UHPC) reinforced with a combination of steel fibers and rebars. In: ZINGONI, A., ed. Recent Developments in Structural Engineering, Mechanics and Computation: Proceedings of the Third International Conference on Structural Engineering, Mechanics and Computation (SEMC 2007). Cape Town, South Africa, September 10–12, 2007. Rotterdam: Millpress, pp. 549–550. ISBN 978-90-5966-054-0

FEHLING, E.; LEUTBECHER, T., 2007. Ultra-High-Strength Concrete – Design and Construction. In: New Developments in Concrete Construction: 2007 Symposium of the German Committee for Reinforced Concrete in cooperation with the Federal Institute for Materials Research and Testing. Berlin, March 8 and 9, 2007. Berlin: German Committee for Reinforced Concrete (DAfStb), pp. A39–A51.
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GORIS, A., 2007. Composite concrete members: Verification of shear force transfer at the joint. In: MINNERT, J., ed. 4th Giessen Construction Forum "New Developments in Civil Engineering." Giessen , 2007. Aachen: Shaker, pp. 1–16. ISBN: 978-3-8322-6599-1

GORIS, A.; STROHBUSCH, J., 2007. Slab Structures According to DIN 1045-1 and DIN EN 1992-1-1. In: GORIS, A., ed. Reinforced Concrete Slab Structures. Siegen, March 2007. Siegen: University of Siegen, pp. I.1–I.50. Siegen KIB Seminar, Issue 9. ISSN 1439-2097

GORIS, A., 2007. Foundation Slabs: Internal and External Load-Bearing Capacity. In: GORIS, A., ed. Reinforced Concrete Slab Structures. Siegen, March 2007. Siegen: University of Siegen, pp. IV.1–IV.31. Siegen KIB Seminar, Issue 9. ISSN 1439-2097

2006

FEHLING, E.; LEUTBECHER, T., 2006. On the History of Concrete Bridges. In: TÖNSMANN, F., ed. Bridges – Historical Paths Across the River: 13th Kassel Colloquium on the History of Technology. Kassel, July 7, 2005. Kassel: Kassel University Press, pp. 71–92. ISBN 3-89958-117-2

GORIS, A., 2006. Deformations in Reinforced Concrete Structures: Prediction Accuracy, Verification Methods, Critical Evaluation. In: WERKLE, H., ed. IFkon '06 Innovation and Research in Structural Engineering. Konstanz, October , 2006. Düsseldorf: VDI, pp. 57–70. VDI Progress Reports, Series 4, Civil Engineering, No. 206. ISBN 978-3-18-320604-9

GORIS, A., 2006. Fundamentals of Structural Design, Safety Concept, and Design Rules. In: GORIS, A., ed. Current Developments in Reinforced Concrete Construction Practice. Siegen, May and June 2006. Siegen: University of Siegen, pp. I.1–I.16. Siegen KIB Seminar, Issue 8. ISSN 1439-2097

GORIS, A., 2006. Stresses in the Service Condition. In: GORIS, A., ed. Current Developments in Reinforced Concrete Construction Practice. Siegen, May and June 2006. Siegen: University of Siegen, pp. II.1–II.15. Siegen KIB Seminar, Issue 8. ISSN 1439-2097

GORIS, A., 2006. Limiting Crack Widths. In: GORIS, A., ed. Current Topics in Reinforced Concrete Construction Practice. Siegen, May and June 2006. Siegen: University of Siegen, pp. III.1–III.20. Siegen KIB Seminar, Issue 8. ISSN 1439-2097

STROHBUSCH, J., 2006. Deformations in the Service Condition. In: GORIS, A., ed. Current Topics in Reinforced Concrete Construction Practice. Siegen, May and June 2006. Siegen: University of Siegen, pp. IV.1–IV.20. Siegen KIB Seminar, Issue 8. ISSN 1439-2097

GORIS, A., 2006. Discontinuity Zones: Fundamentals, Point Loads Near Supports, Cantilevers. In: GORIS, A., ed. Current Topics in Reinforced Concrete Construction Practice. Siegen, May and June 2006. Siegen: University of Siegen, pp. V.1–V.20. Siegen KIB Seminar, Issue 8. ISSN 1439-2097

STROHBUSCH, J., 2006. Frame joints. In: GORIS, A., ed. Current Developments in Reinforced Concrete Construction Practice. Siegen, May and June 2006. Siegen: University of Siegen, pp. VI.1–VI.22. Siegen KIB Seminar, Issue 8. ISSN 1439-2097

GORIS, A., 2006. News from Standardization. In: GORIS, A., ed. News from Reinforced Concrete Construction Practice. Siegen, May and June 2006. Siegen: University of Siegen, pp. VIII.1–VIII.14. Siegen KIB Seminar, Issue 8. ISSN 1439-2097

GORIS, A., 2006. Effects of the new DIN 1045-1 on design and construction in building construction. In: GORIS, A., ed. News from Reinforced Concrete Construction Practice. Siegen, May and June 2006. Siegen: University of Siegen, pp. IX.1–IX.15. Siegen KIB Seminar, Issue 8. ISSN 1439-2097

2005

FEHLING, E.; LEUTBECHER, T., 2005. Ultra High Performance Concrete (UHPC) – A Challenge for Structural Design. In: BALÁZS, G.L.; BOROSNYÓI, A., Eds. Keep concrete attractive: Proceedings of the fib Symposium. Budapest, Hungary, May 23–25, 2005. Budapest: Publishing Company of Budapest University of Technology and Economics, Vol. 1, pp. 251–256. ISBN 9-63420-838-X

FEHLING, E.; LEUTBECHER, T., 2005. Designing Structures from Ultra-High-Performance Concrete—A Challenge [PowerPoint presentation]. 49th Ulm Concrete and Precast Days. Edwin-Scharff-Haus, Neu-Ulm, February 15–17, 2005.

GORIS, A., 2005. Verification of Serviceability—Stresses, Crack Widths. In: GORIS, A., ed. Serviceability of Reinforced Concrete Structures / White Tanks. Siegen, June 2005. Siegen: University of Siegen, pp. I.1–I.32. Siegen KIB Seminar, Issue 7. ISSN 1439-2097

GORIS, A., 2005. Deformations of Reinforced Concrete Members. In: GORIS, A., ed. Serviceability of Reinforced Concrete Structures / White Tanks. Siegen, June 2005. Siegen: University of Siegen, pp. VIII.1–VIII.18. Siegen KIB Seminar, Issue 7. ISSN 1439-2097

GORIS, A., 2005. Limit States of Load-Bearing Capacity and Serviceability for Bending and Axial Force. In: GORIS, A.; SCHMITZ, U.P., eds. DIN 1045-1 in Practical Construction Applications. 2nd edition. Siegen: University of Siegen, pp. II.1–II.28. Siegen KIB Seminar, Issue 3. ISSN 1439-2097

GORIS, A., 2005. Bar-shaped members under axial compression. In: GORIS, A.; SCHMITZ, U.P., eds. DIN 1045-1 in practical construction applications. 2nd edition. Siegen: University of Siegen, pp. III.1–III.17. Siegen KIB Seminar, Issue 3. ISSN 1439-2097

GORIS, A., 2005. Verification of shear, torsion, and punching shear according to DIN 1045-1. In: GORIS, A.; SCHMITZ, U.P., eds. DIN 1045-1 in Practical Construction Applications. 2nd ed. Siegen: University of Siegen, pp. IV.1–IV.41. Siegen KIB Seminar, Issue 3. ISSN 1439-2097

GORIS, A., 2005. Fundamentals of Reinforcement Placement According to DIN 1045-1. In: GORIS, A.; SCHMITZ, U.P., eds. DIN 1045-1 in Practical Construction Applications. 2nd edition. Siegen: University of Siegen, pp. V.1–V.9. Siegen KIB Seminar, Issue 3. ISSN 1439-2097

GORIS, A.; SCHMITZ, U.P.; Bender, M., 2005. Design and Construction Examples. In: GORIS, A.; SCHMITZ, U.P., eds. DIN 1045-1 in Practical Construction Applications. 2nd ed. Siegen: University of Siegen, pp. VI.1-1–VI.1-12, VI.2-1–VI.2-22, VI.3-1–VI.3-9, VI.4-1–VI.4-27, VI.5-1–VI.5-15, VI.6-1–VI.6-11, VI.7-1–VI.7-28, VI.8-1–VI.8-15. Siegen KIB Seminar, Issue 3. ISSN 1439-2097

2004

FEHLING, E.; LEUTBECHER, T., 2004. Ultra-high-strength concrete – Design principles and application possibilities. In: FALKNER, H.; TEUTSCH, M., eds. Braunschweig Construction Seminar 2004: Quality in Construction. Braunschweig, November 11 and 12, 2004. Braunschweig: Technical University of Braunschweig, IBMB, pp. 93–102. Series of the Institute for Building Materials, Solid Construction, and Fire Protection at the Technical University of Braunschweig, Issue 181. ISBN 3-89288-162-6

FEHLING, E.; LEUTBECHER, T., 2004. Verification in the limit states of serviceability according to DIN 1045-1:2001-07. In: Seminar on Continuing Education DIN 1045-new. Konstanz, September 24, 2004. Konstanz: Konstanz University of Applied Sciences.
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FEHLING, E.; BUNJE, K.; LEUTBECHER, T., 2004. Design-relevant properties of hardened Ultra High Performance Concrete. In: SCHMIDT, M.; FEHLING, E.; GEISENHANSLÜKE, C., eds. Ultra High Performance Concrete (UHPC), Proceedings of the International Symposium on Ultra High Performance Concrete. Kassel, September 13–15, 2004. Kassel: Kassel University Press, pp. 327–338. Structural Materials and Engineering Series, Vol. 3. ISBN 3-89958-086-9
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LEUTBECHER, T.; FEHLING, E., 2004. Structural Behavior of UHPC under Tensile Stress and Biaxial Loading. In: SCHMIDT, M.; FEHLING, E.; GEISENHANSLÜKE, C., eds. Ultra High Performance Concrete (UHPC), Proceedings of the International Symposium on Ultra High Performance Concrete. Kassel, September 13–15, 2004. Kassel: Kassel University Press, pp. 435–446. Structural Materials and Engineering Series, Vol. 3. ISBN 3-89958-086-9
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2003

FEHLING, E.; BUNJE, K.; LEUTBECHER, T., 2003. Design for bending and shear in UHPC components. In: KÖNIG, G.; HOLSCHEMACHER, K.; DEHN, F., eds. Ultra-High-Strength Concrete: Innovations in Civil Engineering—Contributions from Practice and Science. Berlin: Bauwerk, pp. 183–198. ISBN 3-89932-045-X

2002

LEUTBECHER, T.; SEIBEL, P.; FEHLING, E., 2002. Tension Stiffening – Influence of Shrinkage and Sustained Loading: Experimental and Numerical Investigations [PowerPoint Presentation]. International Symposium Bond in Concrete: from research to standards. Budapest University of Technology and Economics, November 20–22, 2002.

GORIS, A., 2002. Limit States of Ultimate Strength and Serviceability. In: GORIS, A.; SCHMITZ, U.P., eds. Reinforced Concrete Construction According to the New Generation of Standards – Applications for Building Construction. Siegen, November 28 and 29, 2002. Siegen: University of Siegen, pp. II.1–II.35. Siegen KIB Seminar, Issue 5. ISSN 1439-2097 

2001

GORIS, A., 2001. Verification of Shear, Torsion, and Punching Shear According to DIN 1045-1. In: GORIS, A.; SCHMITZ, U.P., eds. DIN 1045-1 in Practical Construction Applications. 1st edition. Siegen, October 26 and November 9, 2001. Siegen: University of Siegen, pp. III.1–III.37. Siegen KIB Seminar, Issue 3. ISSN 1439-2097

GORIS, A.; SCHMITZ, U.P., 2001. Methods for determining internal forces, verification of overall stability. In: GORIS, A.; SCHMITZ, U.P., eds. DIN 1045-1 in Practical Construction Applications. 1st edition. Siegen, October 26 and November 9, 2001. Siegen: University of Siegen, pp. IV.1–IV.39. Siegen KIB Seminar, Issue 3. ISSN 1439-2097

GORIS, A., 2001. Reinforcement placement and structural detailing according to DIN 1045-1. In: GORIS, A.; SCHMITZ, U.P., eds. DIN 1045-1 in practical construction applications. 1st ed. Siegen, October 26 and November 9, 2001. Siegen: University of Siegen, pp. V.1–V.22. Siegen KIB Seminar, Issue 3. ISSN 1439-2097

GORIS, A.; SCHMITZ, U.P., 2001. Design and Construction Examples: Slab, Beam, Column, Foundation. In: GORIS, A.; SCHMITZ, U.P., eds. DIN 1045-1 in Practical Construction Applications. 1st ed. Siegen, October 26 and November 9, 2001. Siegen: University of Siegen, pp. VI/A.1–VI/A.7, VI/B.1–VI/B.9, VI/C.1–VI/C.2, VI/D.1–VI/D.9. Siegen KIB Seminar, Issue 3. ISSN 1439-2097

GORIS, A.; SCHMITZ, U.P., 2001. Design and Construction Guidelines According to DIN 1045-1. In: GORIS, A.; SCHMITZ, U.P., eds. DIN 1045-1 in Practical Construction Applications. 1st ed. Siegen, October 26 and November 9, 2001. Siegen: University of Siegen, pp. VII.1–VII.31. Siegen KIB Seminar, Issue 3. ISSN 1439-2097

2000

GORIS, A., 2000. Shear Force, Torsion, Punching Shear. In: GORIS, A.; SCHMITZ, U.P., eds. New Standards in Concrete Construction: Design and Construction According to E DIN 1045-1. Siegen, February 11, 2000. Siegen: University of Siegen, pp. III.1–III.29. Siegen KIB Seminar, Issue 1. ISSN 1439-2097 

1999

GORIS, A., 1999. Limit States of Load-Bearing Capacity According to E DIN 1045-1. In: AVAK, R., ed. 6th Brandenburg Civil Engineering Conference "New Standards in Mass Construction". Cottbus, March 1999. Cottbus: Chair of Solid Construction at BTU Cottbus, pp. 8.1–8.20. Solid Construction Series, Issue 2.

1991

GORIS, A., 1991. The two-span slab strip with interrupted support. In: Research Promotion for Structural Analysis, Massive Construction, and Steel Construction, Inc., ed. Festschrift Heinrich Trost. Aachen: Research Promotion for Structural Analysis, Massive Construction, and Steel Construction at RWTH Aachen University, pp. 195–204.

1985

GORIS, A., 1985. On the Stressing of Tension Plates. In: 16th Research Colloquium of the German Committee for Reinforced Concrete. Aachen: RWTH Aachen, pp. 22–24.

Interview with Torsten LEUTBECHER in: Is Bureaucracy Holding Back Innovation in the Construction Industry?In:Supporting Young Academics in Masonry Construction, LinkedIn Video Series #DenkfabrikWohnungsbau Vol. 3, March 24, 2026.
Available at:https://www.linkedin.com/feed/update/urn:li:activity:7442113614842421248

Scientific statement by Torsten LEUTBECHER in: Jakob KREMBZOW: “Let’s Talk About Bridges.” In: Frankfurter Allgemeine Zeitung, “Technology and Motors” section, newspaper article, July 23, 2025, No. 167, p. T1.
Available at: https://www.faz.net/aktuell/technik-motor/technik/so-wurde-die-70-meter-a-45-bruecke-am-stueck-verschoben-110599149.html

Scientific statement by Torsten LEUTBECHER in: Maximilian KÖNIG: “Germany Speed”? Why it takes 18 years to replace one of the country’s most important bridges. In: rnd RedaktionsNetzwerk Deutschland[online], February 1, 2025.
Available at: https://www.rnd.de/panorama/koehlbrandbruecke-why-does-it-take-18-years-to-replace-one-of-the-most-important-bridges-AJO2IFCYWVH45MOCODA2QG4PO4.html

Interview with Torsten LEUTBECHER in: Gerald PINKENBURG: Bridge Researcher: How Prone to Collapse Are Bridges in Germany?In: SWR Aktuell, radio program, Südwestrundfunk, September 11, 2024.
Available at: https://www.swr.de/swraktuell/radio/brueckenforscher-carolabruecke-wie-einsturzgefaehrdet-sind-die-bruecken-in-deutschland-100.html

Scientific statement by Torsten LEUTBECHER in: Daniel BERG: A-45 Bridge: Situation on Detour Routes Worsens. In: Westfalenpost, Newspaper Article, June 22, 2023.
Available at: https://www.wp.de/region/sauer-und-siegerland/article238763317/A-45-Bruecke-Lage-auf-den-Ausweichrouten-verschaerft-sich.html

Editorial by Torsten LEUTBECHER, 2023. Ambitious engineers urgently needed! In:Concrete and Reinforced Concrete Construction. 118(6), p. 383.
Available at: https://doi.org/10.1002/best.202370603

Editorial by Torsten LEUTBECHER, 2021. State-of-the-art construction. In:Concrete and Reinforced Concrete Construction. 116(11), p. 805.
Available at: https://doi.org/10.1002/best.202171103

Interview with Torsten LEUTBECHER in: Bridge Researchers at the University of Siegen. In: Radio Siegen, radio broadcast, August 16, 2019.
Available at: https://www.radiosiegen.de/artikel/brueckenforscher-an-der-uni-siegen-297187.html

Interview with Torsten LEUTBECHER in: Maria BERENTZEN: How safe are our bridges in Germany? In: future The Research Magazine of the University of Siegen, section "Three Questions for …", No. 01/2019, p. 56.
Available at: https://www.uni-siegen.de/presse/relaunch/publikationen/archiv/future/2019_future_de.pdf

Scientific statement by Torsten LEUTBECHER in:University of Siegen: Institute Investigates Styrofoam Alternative. In: Westfalenpost, newspaper article, October 28, 2016.
Available at: https://www.wp.de/staedte/siegerland/article12311535/uni-siegen-institut-untersucht-styropor-alternative.html