Tasks
The project involves conducting a comprehensive literature review to analyze the damage mechanisms of metals and fiber-reinforced plastics (FRP) during thermal runaway in lithium-ion cells. The insights from this review, combined with damage simulation results, will inform the design of targeted material characterization tests. These tests aim to identify key evaluation parameters and the main factors influencing damage based on material properties, thereby aiding in the validation and development of damage simulation models.
The specific responsibilities include:
1. Research and refine understanding of damage mechanisms caused by thermal runaway and their interactions.
2. Design surrogate tests to characterize materials' thermal and mechanical resistance.
3. Conduct and evaluate these surrogate tests.
4. Characterize and classify tested materials according to defined evaluation criteria.
5. Integrate findings into material cards for simulation purposes.
6. Assess materials for potential use in battery protection systems.
For more details, salary, and company information, please use the apply link.
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