Clara Walsemann

Clara Walsemann, M.Sc. is a researcher in the Department of Civil and Environmental Engineering at Bochum University of Applied Sciences, specializing in the Department of Concrete Structures. Her work focuses on material-efficient design in concrete construction through realistic estimation of constraint forces and innovative hollow core technologies.

Her research interests span concrete structures, structural engineering, sustainable construction methods, and resource-efficient building techniques. She has developed expertise in physically nonlinear FEM simulations for analyzing temperature effects and constraint forces in reinforced concrete components, with particular focus on optimizing material usage while maintaining structural integrity.

Her recent publications demonstrate a clear trajectory toward developing practical methods for estimating constraint forces in reinforced concrete slabs and improving hollow core technology for significant CO₂ reduction in construction. Her work bridges experimental investigations with advanced numerical simulations to address real-world construction challenges.

• Best of the graduating class (Bachelor's degree)
• Best of the graduating class (Master's degree)

Walsemann has supervised numerous bachelor's theses on structural design topics and contributed to significant research projects including 'Material-efficient design in solid construction through realistic estimation of constraint forces' and 'Efficient hollow core technology with high shear capacity for resource-efficient construction.' Her work has practical implications for reducing the construction industry's carbon footprint through innovative engineering solutions.