Cadence Fidelity CFD - Aerospace
High-Fidelity CFD for Aerospace & Defence
Cadence Fidelity provides advanced CFD for aircraft, propulsion systems and next-generation aerospace applications—from conventional aerodynamics to supersonic, hypersonic and high-fidelity transient simulation.
Combine advanced meshing, scalable solvers and GPU-accelerated CFD to investigate complex flow physics across the flight envelope and accelerate design iteration.
Aerodynamics · Propulsion · High-Speed Flow · Aeroacoustics · LES · Optimisation
Capabilities
Built for Aerospace Engineering
Aircraft Aerodynamics
Lift · Drag · High-lift systems · Wakes · Separation
Propulsion
Intakes · Exhausts · Jets · Nacelles · Propulsion integration
Supersonic & Hypersonic Flow
Shock Waves · Compressibility · High Mach · Aerodynamic Heating
UAVs & Advanced Aircraft
Unconventional configurations · Rotorcraft · Electric Flight
Advanced Physics
More Than Performance Prediction
Fidelity can support advanced aerospace problems including:
Aeroacoustics
Investigate unsteady flow phenomena and aerodynamic noise.
Conjugate Heat Transfer
Assess fluid and solid temperatures in thermally demanding systems.
Thermal Protection
Evaluate high-temperature environments associated with high-speed flight.
Fluid–Structure Interaction
Connect aerodynamic loading with structural response.
Design Optimisation
Compare geometry and operating variables across multiple performance objectives.
Software & Licensing
Identify the Fidelity tools appropriate for your aerospace workflow.
Technical Demonstrations
Evaluate Fidelity against the flow physics and geometry relevant to your engineering team.
Training & Onboarding
Establish efficient geometry, meshing, solver and post-processing workflows.
Engineering Support
Access Mansim’s expertise in CFD, heat transfer, optimisation and advanced simulation when required.
See Fidelity on Your Aerospace Application
The best way to evaluate Fidelity is against the geometry, operating conditions and performance metrics your engineering team works with.