Fidelity Flow Solver for Fluids and Thermal
With Cadence Fidelity Flow as your go-to solution for a diverse range of flow challenges in aerodynamics, conjugate heat transfer, fluid-structure interaction, or complex multiphysics simulations, it delivers unmatched speed and accuracy. Its density-based and pressure-based solvers are optimized for high-speed and thermal flows, ensuring accurate results quickly. With advanced features like OpenLabs for customization, nonlinear harmonic methods for periodic unsteady simulations, and specialized modeling strategies for combustion and cavitation, Fidelity Flow is designed to tackle the most demanding engineering problems with ease.
Fidelity Flow Solver for Fluids and Thermal
With Cadence Fidelity Flow as your go-to solution for a diverse range of flow challenges in aerodynamics, conjugate heat transfer, fluid-structure interaction, or complex multiphysics simulations, it delivers unmatched speed and accuracy. Its density-based and pressure-based solvers are optimized for high-speed and thermal flows, ensuring accurate results quickly. With advanced features like OpenLabs for customization, nonlinear harmonic methods for periodic unsteady simulations, and specialized modeling strategies for combustion and cavitation, Fidelity Flow is designed to tackle the most demanding engineering problems with ease.
Fidelity Flow Solver for Fluids and Thermal features
Aerodynamics
Handles incompressible to hypersonic flows, including high-speed external flows up to Mach 20
Conjugate Heat Transfer
Solves velocity, pressure, and energy in a coupled and implicit way, speeding up workflow
Fluid-Structure Interaction (FSI)
Offers direct coupling and modal approach for predicting aeroelastic instabilities
Cavitation Modeling
Three approaches including barotropic law, thermo-tables, and transport-equation modeling
Combustion Modeling
Various strategies from classical flamelet to flamelet-generated manifolds (FGM) for complex combustion applications
Unsteady Flows
Scale-resolving detached eddy simulation (DES) capabilities for solving unsteady problems
Multiphysics Support
Handles multispecies, cavitation, Lagrangian modeling for particles and sprays with thermo-tables fluid definition
High-Speed Turnaround
Linear scaling on thousands of CPU cores and GPU optimization for fast computations
Customization with OpenLabs
Customize solver routines, source terms, and boundary conditions with easy-to-learn syntax
Nonlinear Harmonic Method
Orders of magnitude speedup for periodic unsteady simulations of rotating parts
Discuss Fidelity Flow Solver for Fluids and Thermal with a NEAX expert
NEAX is a PTC implementation partner in Vietnam — roadmap consulting, business-driven configuration, training, and operational support.