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- Analyses spectrum covering feasibility studies up to model correlation for components
- Preparation of detailed reports
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- Stiffness- and stress analyses
- Stability/buckling analyses
- Bolt analyses
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- Modal analysis, stiffness optimisation, model correlation with experimental data
- Sine- and random vibration analyses incl. determination of notching profiles
- Transient analyses and response spectrum analyses (e.g. for shock excitation)
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- Coupling of thermal and structural analyses
- Thermo-elastic performance analyses including interaction with optics (e.g. satellite instruments)
- Stress analyses for thermal loads
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- Preparation of thermal models with FEM (ANSYS) and ESATAN/ESARAD (GMM/TMM)
- Performance analyses and optimisation of heat flow paths
- Implementation of experimental data into models
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- Structural analyses and stress evaluation according to international design standards for nuclear fusion experiments
- Stress categorization and linearization
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- Structural analyses and integrity assessment for seismic events (e.g. for nuclear research installations)
- Different analysis and verification methods according to international standards
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- Computation of eddy currents and corresponding structural loads
- Analyses of typical load cases for fusion experiments like disruption events
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- Gradient based as well as non gradient based methods
- RSM for parameter identification for model correlation (structural and thermal)
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