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Department of Applied Mechanics 2
31. Robust tire models/Optimization software package for tire model parameter identification.
66. Coulomb damping – Modelling to gain fundamental understanding of process (contact) and how to optimize it.
67. Simulation of thermal deformation of forming tools.
69. Composite material models for crash simulation.
73. High temp. MR fluids.
75. Integrated microplasticity models which incorporate microstructure to predict formability.
Available software packages:
1. ANSYS Multiphysics (general purpose finite element package)
2. ADAMS (motion simulation)
3. CATIA v6 (design)
4. COSMOS/M (general purpose finite element package)
5. SolidWorks (design)
Human resources:
• 2 full professors
• 5 associate professors
• 6 assistant professors/lecturers
• 5 engineers
• 10 PhD students
Possible items for cooperation with GM:
Department of Applied Mechanics 3
Tire dynamics - „Memory effect” of tire
Investigation of shimmy phenomenon with the a special time delayed tire model.
Results of the theoretical calculations, (predicted stability boundary and quasi-periodic vibrations) are validated by experiments.
Department of Applied Mechanics 4
Thermal and thermo-mechanical stress analyses
Intelligent video diagnostics Capacitive acceleration microsensor
Test Blanket Module Hot Plate (gas microsensor)
Department of Applied Mechanics 5
Fracture mechanical experiments on composite materials
SolidWorks model of the equipment Experimental setup of a mode-III system
FE-model in ANSYS
