Trusted CAD Outsourcing Partner
We deliver CFD analysis services & simulation driven design optimization for industrial equipment & products. We help product manufacturers by delivering designed parts and reduced engineering lead time.

We offer a complete range of engineering simulation services such as CFD consulting services to drive products from concept to reality. We help mechanical and industrial equipment manufacturers to predict their product behavior with our hands-on expertise in CFD software based virtual simulation and testing.

We provide cutting-edge and highly professional CFD analysis & CFD flow modeling services using standard methodology. Our CFD consulting experts deliver key insights on product behavior and helps minimizing physical test trials. Our expertise in CFD to solve product design problems, visualize the flow patterns and validate the designs, during early development stages.

We specialize in CFD simulations for major industrial equipment that includes heat exchangers, reactors, HVAC equipment (cooling towers, air handling units, ducts) storage tanks, blenders, mixers, separators, sieves & filters, dryers, pressure vessels, boilers, burner/furnaces, mills, etc.

We provide fluid flow analysis, CFD modeling & consulting services for automotive, power plants, IC engines, gas turbines, turbomachinery, data center and heat exchangers. Our CFD consulting engineers have advanced degrees and deep experience across many industries, as well as extensive experience utilizing market-leading CFD simulation software from ANSYS Fluent, ANSYS CFX, and OpenFOAM.

Our CFD analysis services include:

  • Analysis, design and optimization of immersed or surrounding components
  • Design, Validation using CFD and Development of Centrifugal pumps for Industrial and Agricultural applications
  • Design analysis of rotating equipment and moving bodies
  • Multiple reference frames, rotating and sliding interfaces, deformable meshes
  • Study of incompressible, transonic and compressible fluid flows
  • Heat transfer problems and thermal modeling e.g. electronic components, heat exchangers
  • Rotating machinery e.g. pump impeller flow rates and losses
  • Steady state and transient CFD simulations of internal/external liquid and gas flows
  • Complex geometry wind loading problems
  • Multiphase and free surface flows
  • Pressure loss through process equipment e.g. gas analyzers and valves
  • Pipe and Fluid Induced vibrations studies involving coupled fluid flow and structural analyses
  • Computational Fluid Dynamics (CFD) Sample: