Winter 2026/27

PD Dr.-Ing. M. von Scheven and Prof. Dr.-Ing. habil. M. Bischoff

Lecture and Practice materials for the course Computations Human Body Models, Winter Semester 2026/27.

Empty group planned for exercises for the course Computations Human Body Models.

PD Dr.-Ing. M. von Scheven

Prof. Remco Leine, Institute for Nonlinear Mechanics

This course focuses on parameter optimization problems in mechanical systems. All necessary steps from the problem statement to its numerical solution are presented. Important topics are multicriteria optimization, sensitivity analysis as well as deterministic and stochastic optimization algorithms without and with constraints. The lecture is accompanied by exercises and computer demonstrations.

In this course, you will explore powerful alternatives to traditional mesh-based techniques (like FEM), which often struggle with extreme deformations, granular flows, and complex fluid interfaces. You will develop a strong foundation in the fundamentals of modeling, simulation, and analysis of meshless methods, focusing specifically on the Discrete Element Method (DEM) and Smoothed Particle Hydrodynamics (SPH). From understanding particle motion and collision detection in DEM, to mastering SPH kernel approximations for fluid dynamics (Navier-Stokes) and solid continua, you will learn exactly when and how to apply these innovative computational techniques to solve complex engineering challenges.