fluid-dynamics-workflow

An end-to-end CFD workflow guides problem formulation, governing equations selection, boundary and initial conditions planning, mesh strategy, solver configuration, and verification to produce validated fluid dynamics results.

Turbulence model selection is determined during the solver setup phase by evaluating your specific fluid dynamics problem type, whether involving external aerodynamics, internal ducts, or heat-transfer scenarios.

Mesh strategy for external aerodynamics requires defining geometry, establishing mesh quality metrics, and configuring boundary-layer resolution to accurately capture flow gradients before executing the solver.

Yes, the CFD workflow supports internal ducts and heat-transfer problems, providing example workflows for pipe flow with heat transfer including boundary conditions and convergence criteria setup.

CFD validation requires defining solver controls, monitoring convergence criteria, and executing a verification workflow to document that results are reproducible and physically accurate.