1D design tools for turbomachinery
We design software tools used by turbomachinery design engineers which compromises design tools for all types of turbomachines, radial, mixed flow, axial, and compressible and incompressible flows. Analysis and optimization tools integrated with 1D mean line design offers flexibility for designer to predict off design performance and to get optimal design.
3D geometry generation tools
Our 3D geometry generation softwares are based on Open cascade technology. which Provides advanced 2D and 3D geometry editing features and modelling operations which can effectively use to create, visualize, and communicate product designs.
• Create fast and accurate 3D geometry models based on 2D and 3D define parameters used in specific industry.
• Export CAD data in standard igs, STEP, STL, Brep formats.
• Create geometries based on output from various engineering design tools (like, mean line design tools for turbomachinery, pipe system design tools) .
• Prepare custom export files which can be used for analysis like CFD & FEA.
• Provide link to 3rd party engineering design and analysis tools.j
3D meshing tools
We provide general purpose and specific purpose 3D meshing software tools to generate structured or unstructured volume meshes for accurate, efficient Multiphysics simulations.
• Generates fast accurate and robust physics aware static meshes for variety of engineering applications automatically or minimal with control from user.
• Ability to feature based volume and surface mesh refining for accurate multi physics results
• Identifies unsuitable mesh for given Multiphysics application and automatically switch to other suitable meshing algorithms or guide user with controls to get best mesh for desired Multiphysics application.
• Provide link to export generated meshes to 3rd party Multiphysics simulation tools.
Fluid networks simulation software
We develop software tools to design fluid networks and analyze behavior of fluid networks under different conditions.
• Support wide range of fluids with two- phase flow analysis.
• Steady state and Transient simulation for complex fluid systems.
• Tools to analyze effect cause to fluid network in case of malfunctioning components in network. Simulate fluid network for repairs.
