Publications eng
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 |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
ANKAY, B.; METJE, K.; MÖNIG, T.; ZHANG, C.; LEUTBECHER, T., 2019. Ultrasonic characterization of steel fiber orientation in ultra-high performance concrete. In: AMA Service GmbH, ed. Proceedings of the 20th GMA/ITG Symposium on Sensors and Measurement Systems 2019. Nuremberg, June 25 and 26, 2019. Wunstorf: AMA Service GmbH, pp. 310–317. ISBN 978-3-9819376-0-2. doi:10.5162/sensoren2019/4.1.4
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
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.
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
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Edited by Prof. Dr.-Ing. Alfons Goris Department of Civil Engineering ISSN 1439-2097
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