With increased expectations on user experience, quality and cost product development process need continuously improved for competitive business scenario.
RH provide innovative solutions in optimized cycle time and budget by using our experienced engineering talent coupled with knowledge of latest technology during various phases of product design.

  • Product Design
  • Reverse Engineering
  • 3D Modeling
  • 2D Detailing & Drafting
  • Parametric Design
  • Mechanism Design


Due to increased demand for validation of product using FE/CFD Tools requirement for quality meshing as per standard is also increasing day by day. RH understand these challenges and delivers quality meshing of sheet metal, plastic parts, forged or metal parts for various meshing such as TET, Shell, Beam/Pipe, and Brick (or predominantly Brick) ready-to-use FEA models.

  • NVH Meshing
  • Crash Meshing
  • Hex Meshing
  • Tetra Meshing
  • Mold Flow Meshing
  • CFD Meshing


RH is having expertise for various domains and engineering programs which allow us to help validate the product design in order to save time and cost with high quality optimized product in product development life cycle for complex products, assemblies and complex engineering physics such as nonlinear material, contacts, coupled field analysis and safety analyses.

  • Structure Analysis
  • Vibration Analysis
  • Thermal Analysis
  • Coupled Field
  • Manufacturing Simulation
  • Explicit Analysis


In today's competitive industry, CFD has gained global importance in almost every field of engineering. The growing need for innovative product designs, value added engineering and advanced manufacturing processes, demands excessive emphasis on the study of Thermal and fluid dynamics to ensure a seamless solution in core problem areas.
At RH we have team of experts CFD engineers specialized in solving complex fluid dynamic, thermal and conjugate problems. .

  • Heat Transfer Analysis
  • Porus Media Flow Analysis
  • Multiphase flow Analysis
  • Chemical Reaction / Internal Combustion
  • Laminar Flow Analysis
  • Turbulent Flow Analysis
  • Moving / Rotating Mesh Analysis