Applied Computational Fluid Dynamics

In this unit, you will explore how computational fluid dynamics (CFD) is used to model, analyse, and optimise fluid flow and heat transfer in complex engineering systems. Building on core principles of fluid mechanics and thermodynamics, you will learn to formulate governing equations, apply numerical methods, and develop reliable CFD models for applications such as aerodynamics, internal flows, and thermal systems.



Through hands-on simulation projects, you will refine your ability to set up, solve, and interpret CFD analyses that inform performance improvement and sustainable design. The unit emphasises accuracy, validation, and ethical awareness in the use of computational tools, preparing you to communicate technical findings confidently and apply CFD techniques to innovate within real-world mechanical engineering contexts.

Learning Outcomes

On successful completion of this unit, students will be able to:

1. Formulate and discretise governing equations for fluid flow and heat transfer using appropriate numerical schemes for various CFD applications;
2. Develop, implement, and evaluate CFD models using appropriate meshing, solver, and post-processing strategies to ensure reliable simulation results;
3. Conduct verification and validation processes to evaluate stability, accuracy, and convergence of CFD results;
4. Apply turbulence and multiphase models to analyse complex flow systems and propose performance improvements in mechanical engineering applications; and
5. Articulate CFD results transparently, demonstrating ethical awareness of limitations, uncertainty, and sustainability impacts.