Jerzy Pamin

Jerzy Pamin serves as Professor and Chair for Computational Engineering within the Faculty of Civil Engineering at Krakow University of Technology, where he leads research in advanced computational mechanics for structural materials. His expertise bridges theoretical continuum mechanics with practical engineering applications, particularly in failure analysis of concrete and metallic structures.

His educational background includes BEng, PhD, DSc, and full Professor qualifications. Key research domains encompass:

• Finite strain plasticity and thermo-mechanical coupling
• Gradient-enhanced damage and plasticity models
• Numerical regularization of localization phenomena
• Concrete durability under corrosion and impact
• Shear band formation in metals and soils

Recent publications (2019-2025) demonstrate consistent innovation in regularization techniques for material instabilities, with significant focus on gradient models for concrete size effects, thermo-plasticity at large deformations, and corrosion-induced cracking mechanisms. His work systematically addresses numerical challenges in shear band propagation and dynamic failure through advanced finite element formulations.

He has received 5 institutional achievements acknowledging his scholarly contributions, though specific award names aren't detailed in available records.

Professor Pamin has mentored 6 doctoral students while securing research funding for computational mechanics projects. His leadership extends to developing numerical frameworks for structural safety assessment, particularly in corrosion-affected infrastructure and dynamic loading scenarios.

As head of the Chair for Computational Engineering, he directs a research group specializing in material modeling and numerical methods, with ongoing projects focused on multi-physics failure simulations and advanced discretization techniques for civil engineering applications.