Why to use?
Aerodynamics
Predict drag, lift, and turbulence for vehicles, aircraft, and marine applications.
Thermal Management
Optimize heat dissipation for powertrains, electronics, and industrial systems.
Multiphysics Design
Combine fluid, thermal, structural, and electromagnetic simulations for holistic design optimization.
Noise and Vibration
Predict and mitigate noise issues for consumer and industrial products.
Key Benefits
1. Streamline CFD Workflows – Reduce Setup Time by 40%
Fully integrated platform automates end-to-end CFD workflows, from CAD to results. Robust, automated meshing ensures high-fidelity simulations with minimal manual effort.
2. Enhance Simulation Accuracy – Predict Real-World Performance
Multiphysics modeling captures fluid-structure interaction, heat transfer, aeroacoustics, and reacting flows in a single environment. Advanced turbulence models, including LES and DES, offer precise aerodynamic and hydrodynamic predictions.
3. Optimize Designs Faster – Evaluate 100+ Variants in Minutes
Intelligent Design Exploration (SHERPA) identifies the best-performing configurations with minimal computational resources. Topology optimization generates flow-optimized geometries for cutting-edge designs.
4. Reduce Costs and Energy Consumption – Scalable, Efficient Computing
GPU-enabled acceleration delivers significant speedups for complex simulations, reducing energy and cost. Flexible licensing adapts to HPC requirements, enabling seamless scaling for any project.
TechSim Positioning
Pioneering Multiphysics CFD Solutions:
TechSim brings extensive expertise in implementing Simcenter STAR-CCM+ for diverse industries, enabling faster, more accurate, and cost-effective simulations.
Tailored Support for Complex Simulations:
Our team works closely with clients to configure solutions for challenging engineering problems, ensuring successful outcomes.
Maximizing Performance:
We empower clients with optimized workflows, scalable licensing, and GPU-accelerated computing to achieve unmatched simulation efficiency.
Simcenter STAR-CCM+ capabilities
1. Comprehensive Multiphysics Simulation:
Simcenter STAR-CCM+ integrates all relevant physics into one environment, allowing engineers to simulate:
- Single-phase and multiphase flows.
- Fluid-structure interaction (FSI) and thermal stress.
- Electromagnetics coupled with fluid and heat transfer.
2. Advanced Heat Transfer Modeling:
Predict accurate thermal behavior using conduction, convection, radiation, and conjugate heat transfer (CHT).
3. Aeroacoustics and Noise Prediction:
Simulate aeroacoustic sources and propagation for applications such as side-mirror noise and HVAC systems.
4. Particle and Multiphase Flow Simulation:
Model particle dynamics, erosion, and deposition with discrete element methods (DEM) for material handling applications.
5. Automated Design Exploration:
Leverage parametric sweeps, DoE, and stochastic studies for rapid evaluation of design alternatives.
6. Integrated Workflow and Scalability:
Switch seamlessly between CPU and GPU-based computing for efficient simulation across platforms, from local workstations to cloud HPC.
7. Flexible Licensing:
A single license covers all core capabilities, including advanced physics, HPC usage, and design exploration.
