Ben Worsfold

Ben Worsfold serves as an Assistant Professor in the Department of Civil Engineering within the College of Science and Engineering at the University of Minnesota. His research program focuses on experimental and analytical investigations of reinforced concrete structural systems, with particular emphasis on connection behavior under extreme loading conditions.

His core research interests include:

• Large-scale structural testing methodologies for seismic performance evaluation
• Finite element analysis of reinforced concrete members and joints
• Anchoring systems to concrete and their failure mechanisms
• Moment transfer behavior in column-foundation connections
• Advanced sensing techniques for fracture detection in concrete

Analysis of his 15 most recent publications (2015-2025) reveals a dominant research trajectory centered on reinforced concrete connections, particularly column-footing and column-foundation systems. His work consistently integrates physical testing with analytical modeling to develop improved design methodologies, with significant contributions to understanding shear-reinforced concrete breakout failures and the performance of headed anchors under cyclic and moment loading. Emerging themes include the application of distributed fiber optic strain sensing and electrical resistivity measurements for early fracture detection in concrete, indicating expansion into structural health monitoring.

Dr. Worsfold maintains active scholarly output through peer-reviewed journals and conference proceedings, with recent work appearing in structural engineering venues focusing on practical design applications for seismic-resistant construction.