Computational Applied Mechanics

Majd Tabib, M. Sc.

Raum: HD.02.22

Phone: +49 202 439 4022

E-Mail: majd.tabib[at]uni-wuppertal.de

Majd was born and raised in Jordan. He obtained his Bachelor's degree in Civil Engineering at Albalqa'a Applied University in Amman. After working as a civil engineer for a year, he decided to continue his studies in Germany. At RWTH Aachen University, he obtained a Master's degree in Advanced Computational Mechanics in Civil Engineering.

He continued his career in computational mechanics by joining the Institute of Mechanics and Shell Structures at TU Dresden, where he worked on phase field damage modeling under the supervision of Prof. Stefan Löhnert. One year later, Majd joined Prof. Jaan-Willem Simon at the Institute of Computational Applied Mechanics. He is interested in the research areas of continuum mechanics and finite element analysis. Currently, he is working with thermoplastics, for which he is developing a thermodynamically consistent model to represent the bulk material under isothermal conditions. This model captures the damage behavior using a gradient-enhanced, micromorphic approach and embeds it into multiscale methods.

 

Co-responsible for the following courses:

Summer semester 2024: Continuum Mechanics

Winter semester 24/25: Nonlinear Finite Element Methods

Summer semester 25: Continuums Mechanics

Winter semester 25/26: Civil Engineering Mechanics - Stereostatics

2026

  • Liu, T., Cui, J., Kantert, A., Tabib, M., Kopic-Osmanovic, N., Valsecchi, M., Kumar, S.K., Fish, J., and Simon, J.W., "Thermomechanically coupled visco–hyperelastic–plastic model with self-heating for thermoplastics", Computer Methods in Applied Mechanics and Engineering, vol. 461, pp. 119127, 2026. DOI: 10.1016/j.cma.2026.119127

2023

  • Harandi, A., Tabib, M., Alatassi, B., Brepols, T., Rezaei, S. and Reese, S., "A comparative study between phase-field and micromorphic gradient-extended damage models for brittle fracture", Proc. Appl. Math. Mech., 22: e202200192, 2023. https://doi.org/10.1002/pamm.202200192