Tasks
Research tasks:
Literature research on mechanical, electrical, and thermal misuse scenariosBuilding a coupled model (e.g., using COMSOL Multiphysics, Ansys, MATLAB, or OpenFOAM)Selection and application of suitable short-circuit and heat release modelsImplementation of TR trigger criteria (e.g., Mohr-Coulomb, Johnson-Cook, Arrhenius-based reaction kinetics)Parameterization based on existing experiments (e.g., ARC, DSC, penetration tests)Comparison of simple (1D/2D) and complex (3D) modeling approaches, if necessaryValidation using literature data or accompanying experiments (optional)
Requirements
Degree programs
Mechanical engineeringAutomotive engineeringPhysicsElectrochemistryComputational science, etc.
Study focus:
Electrochemical energy storageNumerical simulation or similar
Expert knowledge:
Knowledge of thermodynamics, reaction kinetics, or electrochemistry
IT skills:
Initial experience with FEM/CFD/multiphysics software (e.g., COMSOL, Ansys, MATLAB, OpenFOAM)
Language skills:
GermanEnglish
Soft skills:
Independent, structured working styleFor more detail, salary and company information, use the apply link
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