Dr.-Ing. Sören Bieler
Lehrstuhl für Festkörpermechanik - Wissenschaftlicher Mitarbeiter
Büroadresse
Erreichbarkeit
Publikationen
Experimental Comparison of the Energy Absorption Properties of Different Cellular Materials
Experimental Comparison of the Energy Absorption Properties of Different Cellular Materials
Experimental Investigations on the Energy Absorption of Aluminum TPMS Structures Under Dynamic Loading
Experimental Investigations on the Energy Absorption of Aluminum TPMS Structures Under Dynamic Loading
Energy absorption of sustainable lattice structures under static compression
Energy absorption of sustainable lattice structures under static compression
Mechanical fracture of lattice structures fabricated by selective laser sintering
Mechanical fracture of lattice structures fabricated by selective laser sintering
Lattice Structures as an Energy‐Absorbing Component for Impact Loads
Lattice Structures as an Energy‐Absorbing Component for Impact Loads
Energy absorption in lattice-structured materials under impact loading
Energy absorption in lattice-structured materials under impact loading
Signal Correction for the Split-Hopkinson Bar Testing of Soft Materials
Signal Correction for the Split-Hopkinson Bar Testing of Soft Materials
Topology Optimization with Matlab: Geometrically Non-Linear Optimum Solid Structures at Random Force Strengths
Topology Optimization with Matlab: Geometrically Non-Linear Optimum Solid Structures at Random Force Strengths
Experimental Investigation of Unidirectional Glass-Fiber-Reinforced Plastics under High Strain Rates
Experimental Investigation of Unidirectional Glass-Fiber-Reinforced Plastics under High Strain Rates
Behavior of additively manufactured lattice structures unter compressive loading
Behavior of additively manufactured lattice structures unter compressive loading
Green laser powder bed fusion based fabrication and rate-dependent mechanical properties of copper lattices
Green laser powder bed fusion based fabrication and rate-dependent mechanical properties of copper lattices
Investigation of copper lattice structures using a Split Hopkinson Pressure Bar
Investigation of copper lattice structures using a Split Hopkinson Pressure Bar
Fachvorträge:
- Behavior of additve manufactured materials and structures under static and dynamic loading, TH Gummersbach, Institut für Allgemeinen Maschinenbau (IAM), 13. Mai 2026.
- Additiv gefertigte Materialien und Strukturen unter statischer und dynamischer Belastung, Universität Kassel, Forschungskolloquium am Institut für Baustatik und Baudynamik (IBSD), 07. April 2026.
- Hopkinson-bar experiments for energy absorption in lattice structures, GAMM Fachausschuss Experimentelle Festkörpermechanik, TU Clausthal, 9. Oktober 2024.
- Lattice structures as an energy absorbing component for impact loads, GAMM 2024: 94th Annual Meeting, Universität Magdeburg, 18.-22, März 2024.
- Behavior of additively manufactured lattice structures under dynamic loading, GAMM Fachausschuss Experimentelle Festkörpermechanik, TU Chemnitz, 9. Mai 2023.
- Split Hopkinson pressure bar experiments on additive manufactured lattice structures with different volume fractions, DYMAT 2022: 26th Technical Meeting, Frauenhofer EMI Freiburg, 11.-14. September 2022.
- Behavior of additively manufactured lattice structures under compressive loading, GAMM 2022: 92nd Annual Meeting, RWTH Aachen, 15.-19. August 2022.
- Correction of wave signals for PMMA Split Hopkinson pressure bar setups, GAMM 2022: 91nd Annual Meeting, Kassel, 15.-19. März 2021.
- Untersuchung der Wellenausbreitung in Materialien der additiven Fertigung mithilfe einer Split-Hopkinson Pressure Bar, Sitzung des Arbeitskreises für Stoffgesetze, TU Berlin, 14. Juni 2019.
Betreute Lehrveranstaltungen:
- Werkstoffmechanik I
- Werkstoffmechanik II
- Viskoelastizitätstheorie
- Höhere Festigkeitslehre
- Elastostatik
Betreute Studien-, Bachelor-, Diplom- und Masterarbeiten:
- Entwicklung und Konstruktion eines "Coilform-Manipulators" zur Verhinderung einer ungewollten Formänderung eines Metallbandbunds (Bachelorarbeit, L. Dreeshen, 2025)
- Untersuchung des Relaxationsverhaltens additiv gefertigter Zugproben mit unterschiedlicher Orientierung (Bachelorarbeit, T. Diehl, 2024)
- FEM-Analyse nichtlinearer Prüfkörper mittels Abaqus zur Split-Hopkinson Pressure Bar-Optimierung (Masterarbeit, S. Runkel 2022)
- Analyse und Optimierung hydrostatischer Lünettenbacken aus PA 12 mittels FEM unter Berücksichtigung der temperaturabhängigen Werkstoffeigenschaften (Masterarbeit, J. Kuhlenberg, 2022)
- Simulationsgestützte Bewertung thermo-mechanischer Spannungen in Isolationsmaterialien für die Leistungselektronik (Masterarbeit, H. Foester, 2021)
- Ermittlung dynamischer Materialeigenschaften additiv gefertigter Probengeometrien durch den Split-Hopkinson Pressure Bar Versuch (Studienarbeit: E. Sahin, F. Aydin, 2020)