Application Development
Application Development using CAE Software SDKs.
Abaqus |
Abaqus Scripting (Python Scripting) and Abaqus GUI Tool Kit |
Ansys |
ANSYS Workbench SDK, ADPL |
Hypermesh |
Tcl, TK, C#, C++ |
LsDyna |
Tcl,TK, C#,C++ |
Pre/Post Development
- Material models, Contact modelling, Loads and Boundary Conditions, Analysis Setup
- Integration with meshing software
- Post-Processing & Rendering of Post-processing data and charts
Analysis Modules:
Complete Analysis Modules - Structural, Thermal, Fluids, Electro Magnetic, linear/Nonlinear/Transient, Modal Dynamics, Multi-physics.
- Will be Developed and Customized as per client’s requirements.
- Available on licensing basis as well.
Solvers
Fast Iterative Direct Solvers are available on licensing basis.
- These solvers are being used by premier Vendors like Ansys Inc, MSC Software, UGS-Siemens, Noran Engineering, Solid works/Cosmos etc
Design Optimization
- Plug-in development
- Optimization Algorithm Development
- Postprocessing RSMS, Surface Plots, Pi Charts etc.
1D Multi Domain System Simulation
- Components and Libraries for Various Engineering Systems
Graphics and Visualization
- GUI to Display Geometric Results
- Specifications Results Displays
- Q-Slice
- Iso surface
- Controlling Particle Flow or Charged Particle Trace
License Management Tool
Technologies
- Languages: C & C++, C#, Visual Basic, Java, .net, VC++
- Graphic Libraries: Qt, Coin3D, OpenGL, OpenCascade, VTK
- Parasolid geometry toolkit and geometric algorithms
- CATIA CAA V5/V6, Pro/TOOLKIT, SolidWorks API, Tcl/Tk
Graphics and UI
- UI using Qt, WPF in .NET
- 3D Graphic rendering using Coin3D/Open Inventor, Open Cascade, OpenGL, VTK
- Special graphic feature development
CAx Data management (Big Data and Data Analytics)
We provide Big Data solution to store, manage and to perform scalable query-driven processing of CAx Data. AI based Data driven CAE platform gives flexibility in carrying out DoE explorations, sensitivity analysis, MOO, MDO and reliability studies more efficiently and economically without any constraints to identify the optimal robust model.