M. S. Ramaiah University of Applied Sciences

Design and Analysis	Manufacturing Simulations
1. Design of Mechanical Systems 2. Finite Element Analysis Linear static, Nonlinear Impact/Crash Modal, Harmonic, Shock and Random vibration Fatigue Analysis 3. Kinematic and Dynamic Analysis Flex Body Simulation Rigid Body Simulation Link Sensitivity Analysis 4. Computational Fluid Dynamic Analysis External/Internal Aerodynamics Fluid Structure Interaction 5. Thermal Analysis Mechanical systems and HVAC Electronics Units System level, sub-system level, Module Level, Component Level & Chip level Conjugate heat transfer Simulations	Simulation of Casting Solidification Forming Simulation Welding Simulation Mold Flow Analysis Stamping Simulation Tool Path Simulation Factory Floor Simulation and Analysis Production planning and Scheduling Prototype Development

Design and Analysis

Manufacturing Simulations

1. Design of Mechanical Systems
2. Finite Element Analysis
- Linear static, Nonlinear
- Impact/Crash
- Modal, Harmonic, Shock and Random vibration
- Fatigue Analysis
3. Kinematic and Dynamic Analysis
- Flex Body Simulation
- Rigid Body Simulation
- Link Sensitivity Analysis
4. Computational Fluid Dynamic Analysis
- External/Internal Aerodynamics
- Fluid Structure Interaction
5. Thermal Analysis
- Mechanical systems and HVAC
- Electronics Units System level, sub-system level, Module Level,
  Component Level & Chip level
- Conjugate heat transfer Simulations