Computational Fluid Dynamics is a branch of engineering analysis that uses numerical methods and algorithms to solve fluid flow problems. Engineers use it to model how gases and liquids interact with solid surfaces, predicting parameters like pressure drop, velocity profiles, and thermal gradients. It heavily reduces the need for physical wind tunnel testing or flow bench prototypes.
Run the manifold geometry through CFD to see if we have any dead zones restricting the airflow.
A CFD model is only as good as its boundary conditions; incorrect inputs will produce highly detailed but completely useless flow maps.
Related terms
Computational fluid dynamics
The use of numerical analysis and algorithms to solve and analyze problems involving fluid flow.
Fluid mechanics
The study of how liquids and gases behave at rest and in motion under various forces.
FEM
The finite element method, a numerical technique for solving complex engineering problems.