Tomasz Wiczenbach

Tomasz Wiczenbach serves as an Assistant lecturer at the Department of Strength of Materials within the Faculty of Civil and Environmental Engineering at Gdańsk University of Technology. His academic work bridges biomechanics and material science, focusing on spinal structures and composite materials for biomedical and civil engineering applications.

His research centers on spinal biomechanics, employing both experimental methods like uniaxial tensile testing of human spinal tissues and computational approaches using finite element analysis. Key interests include rate-dependent material behavior, visco-hyperelastic modeling of ligaments, and enhancement of polymer composites through fillers like sand. His work addresses critical gaps in understanding spinal tissue mechanics under dynamic loading conditions relevant to vehicular collisions and medical complications.

Analysis of Wiczenbach's recent publications reveals a strong interdisciplinary trajectory combining computational biomechanics with experimental material science. His research consistently targets spinal structures—dura mater, ligaments, and vertebrae—using finite element modeling (particularly Ansys LS-Dyna) alongside experimental validation. The work demonstrates increasing sophistication in material modeling techniques, progressing from quasi-static ligament studies to advanced visco-hyperelastic implementations with filtering techniques, while simultaneously exploring practical applications of composite materials in biomedical contexts.

Wiczenbach actively collaborates with researchers including R. Wolny, Ł. Pachocki, and K. Wilde across multiple publications, indicating established research partnerships within Gdańsk Tech's biomechanics community. His publications in journals like Scientific Reports and Journal of the Mechanical Behavior of Biomedical Materials reflect engagement with high-impact interdisciplinary research venues.