Isabeau Rikus, Bachelor’s Thesis, Summer Semester 2026
Stress Analysis of Cross-Laminated Timber Elements Subjected to Disc-Type Loading |
Paulina Ulrich, Master’s Thesis, Winter Semester 2025–2026
Evaluation of an Existing Roof Structure Composed of Trusses |
Andre Wetterich, Master’s Project, Winter Semester 2025–2026
Determination of the fire resistance duration of flexurally loaded reinforced concrete cross-sections using hot-state design—application of different temperature-time curves |
Johannes Ziegler, Master’s Thesis, Summer Semester 2025
Comparison and Evaluation of Various Design Models for Steel-Wood Shear Connections Based on Experimental Results |
Majd Ali, Bachelor’s Thesis, Summer Semester 2025
Fiber-reinforced composite rods bonded into hardwood – Influence of different material parameters |
Johannes Ziegler, Master’s Project, Summer Semester 2025
Tensile-Shear Tests to Determine the Load-Bearing Capacity of Connections with Steel Sheets |
Henriette Röse, Master’s Thesis, Summer Semester 2025
Web Beams in Existing Structures – Influence of the Quality of Finger-Joint Construction on Structural Safety |
Hannes Pfudel, Bachelor’s Thesis, Summer Semester 2025
Experimental Investigations to Determine Hole-Facing Strength in Joints with Wooden Dowels |
Annalena-Elisabeth Funke, Master’s Project, Winter Semester 2024–2025
Nailed Board Lamellas for the Bracing and Tilt Prevention of Slender Truss Structures in Timber Construction |
Henriette Röse, Master’s Project Winter/Spring Semester 2024–2025
Experimental Investigations into the Load-Bearing Behavior of Rod Dowel and Fitting Bolt Joints – Illustration of Different Failure Mechanisms |
Daniel Kattenbach, Master’s Thesis, Winter/Spring Semester 2024–2025
Design and computational modeling of a test rig for dynamic tests to determine the damping properties of connections in timber construction |
Lucas Köster, Bachelor’s Thesis, Winter/Spring Semester 2024–2025
Design and Sizing of a Roof Structure for a Logistics Warehouse: A Comparison of Timber Truss Beams and Fishbelly Beams |
Daniel Kattenbach, Master’s Project, Winter Semester 2024–2025
Damping Properties of Joints with Rod Dowels and Fully Threaded Screws—Quasi-Static Tests |
Paul Kampfmann, Bachelor’s Thesis, Winter Semester 2024–2025
Joints Subjected to Shear in Timber Construction—Experimental Determination of Tensile Forces in Screws Using Fiber-Optic Sensors |
Christoph Wetzestein, Bachelor’s Thesis, Summer Semester 2024
Design of glued wood-concrete composite members according to CEN/TS 19103:2021, taking the bonding method into account |
Julian Wagner, Bachelor’s Project, Summer Semester 2024
Conducting shear tests on wood-concrete composite test specimens with discontinuous bonding achieved by grouting recesses |
Merlin Müller, Bachelor’s Thesis, Summer Semester 2024
Design and Calculation of a Structural System for a Commercial Building Using Timber Construction |
Paul Kampfmann, Bachelor’s Project, Summer Semester 2024
Analysis of Damage in Wooden Structures and Evaluation of Drilling Resistance Measurements |
Sarah Niemeyer, Master’s Project, Summer Semester 2024
Bridge Structures Using a Wood-Concrete Composite Construction Method – Stresses and Deformations Under Temperature Effects |
Jannik Kuhaupt, Bachelor’s Thesis, Summer Semester 2024
Load-bearing capacity of shear-loaded steel-sheet–wood connections with nails and screws |
Lennart Wolf, Master’s Thesis, Summer Semester 2024
Investigations into the Behavior of Glulam Made from Oak and Softwood Under Compression Perpendicular to the Grain |
Elias Thome, Master’s Thesis, Summer Semester 2024
Parameterized structural analysis for a building with modular rooms constructed of wood |
Enrico Volkmann, Master’s Project, Summer Semester 2024
Structural Analysis of a Roof with Nailed Trusses |
Abdulkader Sabouni, Bachelor’s Thesis, Summer Semester 2024
Development of truss models for the calculation of wood-concrete composite (WCC) members with continuous and discontinuous bonding |
Christoph Wetzestein, Bachelor’s Project, Summer Semester 2024
Calculation of Wood-Concrete Composite Members According to CEN/TS 19103:2021 |
Antonia Mehrtens, Bachelor’s Thesis, Summer Semester 2024
Experimental investigation of wood-to-wood nail connections, taking into account various angles between the force and the grain direction, as well as compressive and tensile stresses |
Felix Schulte, Bachelor’s Thesis, Winter Semester 2023–2024
FEM Modeling of Wood-Concrete Composite Members with Discontinuous Bonding |
Andy Fischer, Master’s Project, Winter/Spring Semester 2023–2024
Dynamic Analysis of Wooden Bridges with Elastomer Bearings |
Ai-Phien Ho, Master’s Thesis, Winter-Spring Semester 2023–2024
Load-bearing capacity of shear-loaded steel-to-wood connections (SHV) with profiled nails and screws |
Elias Thome, Master’s Project, Winter-Spring Semester 2023–2024
Wood-Concrete Composite Tests Under Thermal and Hygrometric Conditions Using Fiber-Optic Measurement Technology to Determine Strain and Stress |
Philipp Berger, Bachelor’s Thesis, Winter Semester 2023–2024
Development and Optimization of an Evaluation Scheme for Aged Nail Connections in Board/Plank Trusses |
Paulina Ulrich, Bachelor’s Thesis, Winter Semester 2023–2024
Experimental investigation of wood-to-wood nail joints at various angles between the force direction and the grain direction |
Ai-Phien Ho, Master’s Project, Summer Semester 2023
Joints with Pin-Shaped Fasteners in Timber Construction—Investigations into Friction in the Area of the Hole Flange |
Abdulkader Sabouni, Bachelor’s Thesis, Summer Semester 2023,
Adhesives for Structural Timber Construction—Application, Shelf Life, and Influencing Parameters |
Henriette Röse, Bachelor’s Thesis, Summer Semester 2023,
Design of Compression Members in Timber Construction: Comparison of the Regulations According to DIN EN 1995-1-1:2010 and prEN 1995-1-1:2022 |
Paulina Ulrich, Bachelor’s Project, Summer Semester 2023
Experimental Investigations of Wood Screws for Use in a Steel-Sheet-to-Wood Connection Under Cyclic Loading |
Nathalie Gräbe, Master’s Thesis, Winter Semester 2022–2023
Numerical and experimental investigations into the load-bearing and deformation behavior of segmented floor elements made of multi-part composite timber cross-sections |
Nathalie Gräbe, Master’s Project, Winter/Spring Semester 2022–2023
Load transfer of wind and seismic forces in typical pedestrian bridges constructed with timber structures |
Felix Schulte, Bachelor’s Thesis, Winter/Spring Semester 2022–2023
Residual load-bearing capacity of wood-concrete composite cross-sections in the event of loss of composite action |
Maximilian Unger, Bachelor’s Thesis, Winter/Spring Semester 2022–2023
Experimental Investigations of Joints in Aged Nail Connections of Board Trusses |
Kelvin Zeddies, Bachelor’s Thesis, Winter Semester 2022–2023
Multi-story wood buildings in mixed-construction—investigations of load distribution considering validated stiffness values |
Maximilian Wolz, Bachelor’s Project, Winter Semester 2022–2023,
: Experimental Investigations of Joints in Aged Nail Connections of Board Trusses |
Sarah Niemeyer, Bachelor’s Thesis, Winter Semester 2022–2023
Experimental Investigations into the Influence of Diameter and Drive Angle on Shear-Loaded Joints with Wooden Dowels |
Sarah Niemeyer, Bachelor’s Project, Winter Semester 2022–2023,
: Experimental Investigations into the Influence of Drive Depth and Drive Angle on the Pull-out and Shear Behavior of Wooden Dowels |
Annalena-Elisabeth Funke, Bachelor’s thesis, Winter/Spring 2022–2023
Shear-bearing capacity of nailed joints in timber construction—a comparison between DIN EN 1995-1-1:2010 and prEN 1995-1-1:2022 |
Mareike Schaake, Bachelor’s Thesis, Winter Semester 2022–2023
Load-bearing capacity of nailed joints in timber construction using staples—a comparison between DIN EN 1995-1-1:2010 and prEN 1995-1-1:2022 |
Nick Siebert, Bachelor’s Project, Winter Semester 2022–2023
Analysis of Different Modeling Strategies for Multi-Story BSP Wall Panels Using Finite Element Software |
Daniel Kattenbach, Bachelor’s thesis, Winter semester 2022–2023
Experimental investigations of bolted tension anchors under cyclic loading |
Daniel Kattenbach, Bachelor’s Project, Summer Semester 2022
Experimental Investigations of Joints in Aged Nail Connections of Board Trusses |
Nick Siebert, Bachelor’s Thesis, Summer Semester 2022
Analysis of Different Modeling Strategies for Multi-Story BSP Wall Panels Using Finite Element Software |
Johannes Küllmer, Master’s thesis, Summer Semester 2022
Load-bearing capacity of shear-loaded pin-type connections in timber construction |
Christian Wiens, Bachelor’s thesis, Summer Semester 2022
Design development for the comprehensive renovation of the Mülmich underpass in Unter-Empfershausen |
Maurice Engels, Bachelor’s Project, Summer Semester 2022
Adding Stories Using Timber Construction—Verification of the Applicability of the Simplified Response Spectrum Method |
Mareike Schaake, Bachelor’s Project, Summer Semester 2022
Use of Screws in the Anchoring of Wall Elements in Seismically Active Zones in Germany—State of the Art |
Henriette Röse, Bachelor’s thesis, Summer Semester 2022
Use of Solid Wood Components as Wall Elements in Seismically Active Zones of Germany—State of the Art |
Annalena-Elisabeth Funke, Bachelor’s Thesis, Summer Semester 2022
Load-Deformation Behavior of Multi-Story Wall Panels in Timber Construction, Taking Nonlinear Spring Elements into Account |
Ann-Charlotte Spangenberg, Master’s thesis, Summer Semester 2022
Testing the Use of Fiber-Optic Measurement Technology for Monitoring Bonded Wood-Concrete Composite Structures |
Kevin Goldmann, Bachelor’s Thesis, Summer Semester 2022
Numerical Studies on the Structural and Deformation Behavior of Multi-Part Assembled Wood Floor Systems with Flexible Joints |
Malte Rosdorff, Master’s thesis, Summer Semester 2022
Investigations into the load-deflection behavior of wall panels made of glued laminated timber and laminated veneer lumber under cyclic loading |
Laura Charline Neitzel, Master’s Project, Summer Semester 2022
A Parametric Study on the Floor-Wall Interaction of Multi-Segmented Cross-Laminated Timber Wall Panels |
Lars Völlmecke, Bachelor’s thesis, Winter semester 2021–2022
Experimental investigations of joints in aged nail connections of timber trusses |
Hjalmar Koch, Master’s, Winter/Spring 2021–2022
Shear Tests on Nailed Joints—Influence of the Test Setup on Load-Bearing Capacity |
Lars Völlmecke, Bachelor’s Project, Winter Semester 2021–2022
Determination of Parameters for Nailed Joints in Old Board and Plank Trusses |
Enrico Volkmann, Bachelor’s thesis, Winter semester 2021–2022
Bonded wood-concrete composite: Comparative analysis of results from full-scale component tests |
Malte Rosdorf, Master’s Project, Summer Semester 2021
Investigations into the load-deformation behavior of shear anchors in wall panels made of glued laminated timber and laminated veneer lumber under monotonic and cyclic loading |
Ai Phien Ho, Bachelor’s Thesis, Summer Semester 2021
Structural Analysis and Evaluation of the Structural Safety of the Odenberg Tower |
Andy-Erwin Fischer, Bachelor’s Thesis, Summer Semester 2021
Concept, Design, and Calculation of a Canopy for Test Materials in Front of the Technik III/2 Building |
Luis Möller, Bachelor’s Project, Summer Semester 2021
Application and Development of Structural Models for Innovative Teaching Modules in the Field of Structural Engineering Using the “Mola Structural Kit” |
Nikolay Shmakov, Bachelor’s thesis, Summer Semester 2021
Experimental determination of the mechanical properties of clay building panels subjected to disc-like loading |
Max Braun, Master’s, Winter/Spring Semester 2020–2021
Optimization of the joint geometry of bonded wood-concrete composite members with joints filled with grout |
Raphael Karges, Bachelor’s, Winter/Spring 2020–2021,
Swelling and shrinkage behavior of Gmelina arborea |
Ann-Charlotte Spangenberg, Bachelor’s, Winter/Spring 2020–2021
Experimental Determination of Tensile Forces in Nails in Shear-Loaded Joints Using Fiber-Optic Sensors |
Manula Hennerkes, Master’s, Winter Semester 2020–2021,
: Development of Variants for the Structural Stabilization of Individual Trusses in Roof Structures of Baroque Churches |
Til Waschkowitz, Master’s, Winter/Spring 2020–2021
Experimental and analytical investigations into the load-bearing behavior of screws in steel-sheet-to-wood connections under cyclic loading |
Jonas Gaida, Master’s, Winter/Spring 2020–2021
Design of a testing methodology for glued wood-concrete composite test specimens for conducting the greenhouse test |
Tarek Estanboly, Bachelor’s Project, Winter Semester 2020–2021
Determination of fracture mechanics material parameters for BauBuche—specific fracture energy in Mode I |
Ronahi Khalil, Bachelor’s Project Winter Semester 2020–2021
Determination of Fracture Mechanics Material Parameters for BauBuche—Specific Fracture Energy in Mode II |
Matthias Schwind, Bachelor’s Thesis, Summer Semester 2020
A Parametric Study of Ceiling-Wall Interaction in Multi-Segmented Cross-Laminated Timber Structures |
Laura Charline Neitzel, Bachelor’s Thesis, Summer Semester 2020
Determination of the bulk density of wood and wood-based materials—comparison of different measurement methods with error identification |
Fabian Müller, Bachelor’s Project, Summer Semester 2020
A Description of the Floor-Wall Interaction in Cross-Laminated Timber Structures with Nonlinear Spring Elements |
Jan Geselle, Nico Roth, Bachelor’s Thesis, Summer Semester 2020
Experimental Investigations into the Hole-Wall Strength of Smooth-Shank Nails in OSB Panels |
Steffen Bankes, Andre Wetterich, Bachelor’s thesis, Summer Semester 2020
Hole-hole resistance of Gmelina aborea—a tropical species |
Manuela Hennerkes, Master’s Project, Summer Semester 2020
Structural Design, Analysis, and Construction of a Building Addition in Vienna |
Philipp Schirner, Master’s Project, Summer Semester 2020
Investigations into the Ductility of Single-Cut, Bolted Steel-to-Wood Connections Under Cyclic Loading |
Matthias Schwind, Bachelor’s Project, Summer Semester 2020
Structural Design for a Building Addition in Vienna in Collaboration with Architecture Students |
Enrico Volkmann, Bachelor’s Thesis, Summer Semester 2020
Determination of load distribution angles in wooden discs, taking into account the relevant influencing parameters using the finite element method |
