The main objectives of our solutions are given below:

• To reduce cycle times associated with New Product Development, Value Engineering initiatives and Engineering Change Orders
• To lower overall design lead-time and costs by reducing the number of physical prototypes and testing cycles
• To ensure that products meet industry-specific regulations and norms the first time
• To propose alternative designs for changing operating conditions

Following are the analyses that we run:

• Structural Durability
• Linear Strength and Failure Analysis
• Structural Instability / Buckling
• Finite Element Model Development, Assembly and Quality Audit
• NVH
• Modal Analysis
• Forced response Analysis - Modal & Direct Response
• Transient Analysis
• Optimization
• Structural Sensitivity - Design Sensitivity and Continuum Sensitivity
• Structural - Gage and Shape - Optimization
• Engine / Axle / Body Mount Optimization
• Composite Laminate Optimization
• Thermal Analysis
• Linear Thermal Stress Analysis
• Transient Thermal Stress Analysis - Material dependent
• Transient Heat Transfer Analysis - Conduction & Convection