CaDCaM the official representative of CADENCE\NUMECA software
Explanation of the software
Automotive
- Fast and reliable external aerodynamics thanks to 3D automatic unstructured mesh generation
- 3D steady and unsteady flow simulations inside turbochargers (compressors, turbines)
- 3D automatic optimization of water pump including inlet duct and volute
- Dedicated acoustic tools for muffler applications,….
Space and defense
- 3D flow analysis in rocket engine turbopumps and seals using thermodynamic tables for accurate fluid
- Rotordynamics assessment using full unsteady simulations with moving mesh technique,
- External aerodynamics including 3D hypersonic flows around space launchers and missiles
- Drag/lift/moment coefficients of projectiles, ….
Wind engineering
- 3D vertical or horizontal wind turbine simulations using dedicated high quality structured meshing tools and automatic post-processing scripts
- Fluid-structure analysis of wind turbine blades including innovative mesh deformations techniques for large structure displacements
- Wind effects assessments such as pedestrian wind comfort
- Steady and unsteady efforts on structures, …
Marine industry
- Resistance, seakeeping and maneuvering calculations
- Propulsion including propellers modeling, from actuator disk approach to sliding grid methodology
- Wind, current and waves loadings
- Offshore platforms
- External aerodynamics,…
Wide range of applications and industries
Aeronautics
- External aerodynamics around aircrafts and helicopters
- Aircraft engine performances using advanced 3D flow simulation for turbomachinery components
- Impact of flow distortion on performances
- Aeroacoustics for tonal and broadband noise, including acoustic liners modeling
- Fluid-structure analysis including flutter and forced response
- 3D automatic optimization of turbomachinery components using artificial neural network and genetic algorithms for blade profile design,…
Process industry
Simulation, analysis and optimization of a wide range of industrial flows, including
- Pressure loss calculations
- Pressure/velocity contours and streamlines
- Aero-vibro-acoustic simulations using innovative CFD-integrated environment
- Industrial silencers
- Dedicated modeling for cavitating flows, combustion, porous media, heat transfer, cryogenic fluids, multi-species, …
