Computer Aided Engineering

Finite Element Analysis –Computer Aided Analysis (CAA)

Finite Element Analysis range of services offer solutions to the various design and analysis problems in the field of Structural, Thermal and Fluid flow. Finite Element Analysis offers a full range of design analysis and optimization capabilities, which includes solid modeling, meshing and design optimization features. Finite Element Analysis helps in refining design concepts and virtually testing them, prior to building prototypes, resulting in better, safer and more reliable products faster at a lesser costs.

Software

Hyperworks, Ansys, Nastran, ABAQUS

Hardware

Unix (SUN, HP) and NT Windows XP Work stations

Required Inputs

- Information on the geometry of the component
- (In the form of 2D Drawings or 3D Models, in native Unigraphics (UG) NX3 & NX4, CATIA V4 and V5, Pro/E,    Solid Works or in IGES, STEP)
- Material Properties
- Loads and Boundary conditions

Structural Analysis

Static analysis

•  Linear & Non-linear

Dynamic analysis  

• Modal analysis
• Harmonic analysis
• Transient analysis
• Spectrum analysis
• Buckling analysis
• Explicit Dynamic analysis

Thermal analysis

• Steady state & Unsteady state

Computational fluid dynamics analysis (CFD)

- Laminar or Turbulent
- Thermal or Adiabatic
- Compressible or Uncompressible
- Newtonian or Non-Newtonian

Deliverables

Deformed Shape
All DOF depending on the type of Analysis
Stresses and Displacements
Stress, Temperature, Flux (thermal), Velocity, Pressure distribution, Natural Frequencies and mode shapes