Computer Aided Engineering

VEDS capabilities in the Computer Aided Engineering (CAE) domain, primarily catering to the Automotive, Aerospace, Appliances and Hi-Tech industries.

We provide CAE solutions through our advanced engineering services like Finite Element Analysis (FEA), Computational Fluid Dynamics (CFD), Kinematics, Manufacturing process simulation and Design Optimization.

Finite Element Modeling (FEM)

We support our customers to build high quality CAE and CFD models for Impact, Durability, NVH (Noise Vibration Harshness), Moldflow, Thermal and Fluid flow mesh analysis for reduction in costs and delivery time.

Finite Element Analysis (FEA)

Our expertise in FEA includes the following Engineering areas.

  • Durability Analysis
  • NVH Analysis
  • Impact Analysis
  • Product Design and Development
  • Computer Aided Engineering
  • Manufacturing Engineering
  • Value Engineering
We provide appropriate engineering design solutions for a wide range of engineering customers across the globe, using sensible engineering principles with established and cost effective best practices.

Computational Fluid Dynamics (CFD)

CFD aims at a fundamental understanding of temperature and flow in physical systems to aid engineering design.To ensure this we utilize our expertise in StarCD, VISCART, ANSA, Fluent and CFD-ACE

Manufacturing Process Simulation

VEDS provides full scale solutions for part design validation for manufacturability and process optimization in sheet metal stamping, casting simulation and injection molding simulation..

Sheet Metal Stamping and Tube Forming Simulation

  • Complete mechanical system simulation by area
  • Robotic simulation & off-line programming (DELMIA)
  • Reverse the process and upload factory floor robot programs for accurate positioning and change applications
  • Cycle timing and discrete event throughout (QUEST, AutoMod)
  • Manual operation ergonomic simulation (IGRIP ERGO)
  • Complete Plant and Supply Chain simulation (Factory Flow, Virtual)

Casting Simulation

Types of castings covered in the simulation for Iron and Aluminum

  • Gravity die casting
  • High pressure die casting

Injection molding simulation

  • Filling analysis: Gate and runner optimization for balanced fill in, short shot weld line sink & air trap prediction
  • Cooling analysis: Cooling circuit optimization for uniform cooling and reduced cycle time
  • Warpage & shrinkage analysis: Predict warpage due to differential shrinkage, cooling and orientation effects
  • Residual stress predictions
  • Gas assist analysis: Optimization of gas channels and the process settings

Are You Ready For The Best?

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