Linear Static Analysis
Foundation-level FEA for stress, strain, and displacement under static loading. Accurate material properties and boundary conditions ensure results that match real-world behavior and support design decisions.
- Stress and strain analysis
- Deflection calculations
- Contact and assembly modeling
- Safety factor verification
Non-Linear Analysis
Large deformation, plastic behavior, and material non-linearity handled accurately. Captures complex phenomena like buckling, yield behavior, and progressive failure that linear analysis cannot predict.
- Large deformation analysis
- Material plasticity modeling
- Buckling and instability
- Impact and dynamic response
Thermal & Multi-Physics
Coupled thermal-structural analysis capturing how temperature affects material properties and component performance. Includes thermal stress analysis and transient thermal effects on mechanical behavior.
- Heat transfer analysis
- Thermal stress calculations
- Transient thermal response
- Convection and radiation modeling
Modal & Vibration Analysis
Natural frequency and mode shape determination for vibration troubleshooting and resonance avoidance. Harmonic response analysis predicts steady-state vibration under cyclic loading conditions.
- Natural frequency calculation
- Mode shape visualization
- Harmonic response analysis
- Resonance and damping effects
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