CAE/CFD
Accelerating Product Development Through Simulation
At Vinci, we provide advanced CAE (Computer-Aided Engineering) and CFD (Computational Fluid Dynamics) solutions to support product development across automotive and allied industries.
Our simulation-driven approach enables early design validation, reduces physical prototyping, and enhances product performance, safety, and reliability.
We work closely with OEMs and Tier-1 suppliers to deliver accurate, efficient, and production-oriented simulation solutions, ensuring faster time-to-market and optimized engineering outcomes.
CAE Services
Crash & Safety Analysis
- Full vehicle and subsystem crash simulations (frontal, side, rear impact)
- Occupant safety and structural integrity validation
- Compliance with global safety standards
Durability & Fatigue Analysis
- Structural strength and life cycle prediction
- Load case simulations and fatigue evaluation
- Identification of failure-prone areas
NVH (Noise, Vibration & Harshness)
- Noise and vibration analysis
- Ride comfort and acoustic performance optimization
- Modal and frequency response analysis
Drop Test & Strength Validation
- Component-level impact analysis
- Stress and deformation prediction
- Design validation under extreme conditions
CFD Services
Thermal Management
- Battery cooling analysis for EV applications
- Under-hood thermal simulations
- HVAC airflow and cabin comfort studies
Aerodynamic Analysis
- External flow simulations (drag and lift optimization)
- Vehicle aerodynamics for performance improvement
- Wind noise and flow separation analysis
Internal Flow Analysis
- Airflow through ducts, vents, and cooling channels
- Optimization of flow distribution
- Pressure drop and flow efficiency analysis
Water & Dust Ingress (Environmental Simulation)
- Wading and water flow simulations
- Sealing validation and leak prevention
- Dust ingress and environmental durability
Our Engineering Process
- From Pre-Processing to Design Optimization
Pre-Processing
- Geometry clean-up and meshing
- Boundary condition setup
- Material property definition
Simulation & Solving
- Solver setup and execution
- Accurate physics-based modeling
- Iterative simulation runs
Post-Processing
- Result interpretation and visualization
- Stress, thermal, and flow analysis
- Engineering insights and reporting
Design Optimization
- Design improvement recommendations
- Weight, cost, and performance optimization
- Continuous iteration support
