Computational Fluid Dynamics
- Stand-alone and parametric CFD case studies
- Design validation, benchmarking, and second-opinion reviews
- Simulation process automation and workflow integration
- Solver setup, tuning, and model development
- Best practices consulting for turbulence modeling, meshing, boundary conditions, etc.
- Online and in-person training programs for open-source and commercial CFD tools
- Long-term technical mentoring and engineering resource placement
Finite Element Analysis
- Linear and nonlinear static analysis
- Dynamic analysis (modal, harmonic, transient)
- Thermal and thermo-mechanical simulations
- Fatigue and durability assessment
- Buckling and stability analysis
- Contact mechanics and large deformation problems
- Multiphysics coupling with CFD and thermal solvers
Custom Software
- Custom solver development tailored to specific physics or industry needs
- Workflow automation to improve efficiency and reduce manual effort
- GUI design and development for user-friendly interaction with complex tools
- Integration of open-source tools with existing software ecosystems
- Extension of simulation capabilities beyond default functionalities
- Cross-platform support and deployment for wider accessibility
- Elimination of licensing constraints associated with proprietary software
Prototype Design
- Translating simulation results into manufacturable prototype designs
- Bridging the gap between virtual analysis and physical fabrication
- Accelerating product development by reducing trial-and-error cycles
- Enhancing design reliability and performance based on engineering insights
- Supporting material selection and manufacturing feasibility assessments
- Collaborating throughout the prototyping and fabrication phases
- Ensuring design intent is preserved during real-world implementation
