Why FEA is Important?

FEA analysis is very important and crucial in advanced manufacturing environment. FEA analysis helps understanding real time behavior of design, for example load on beam, structure of roof, forces on vehicle frame, etc. With FEA analysis designer will get confidence in design and will help to improve design even before building prototype. This saves tremendous amount of time in trial and error method of physical prototype & testing. In turn you can save $$ in product life cycle.

Benefits of FEA Analysis ::

  • Predict performance for planned use.
  • Predict potential failure with predictable abuse.
  • Evaluate and correct observed failure.
  • Improve performance and safety of a known design.
  • Improve cost/weight of a known design.
  • Develop new and innovative concepts.
  • Gain insight into design concepts or directions.
  • Modeling decisions should be driven by goals.

Types of Analysis We Do:

  • Linear Static Stress Analysis

    • Factor of Safety Calculation
    • Part & Assembly Stress Analysis
    • Deflection Analysis

  • CFD Fluid Flow Analysis

    • Engine cooling analysis
    • Pressure Drop Calculations
    • Electronic Cooling Analysis
    • Thermal Efficiency Calculations
    • Fluid Flow simulation in Devices such as pumps, valves, ducts, piping networks, fans, diffusers, cyclones, blowers, heat exchangers

  • Frequency & Buckling Analysis

    • Frequency Analysis
    • Computation of Frequencies & Mode Shapes
    • Buckling Calculations for axially loaded members
    • Critical Speed Calculations
    • Campbell Diagram for Rotor-dynamics

  • Thermal Analysis

    • Thermal Stress Analysis of parts and assemblies
    • Transient Thermal Analysis
    • Thermo-mechanical Analysis
    • Coupled Thermo-fluid analysis
    • Natural and Forced Convection Analysis
    • Creep Analysis