Computational Fluid Dynamics
( 24 Modules )

Module #1
Introduction to CFD
Overview of CFD, its importance, and applications

Module #2
Governing Equations
Navier-Stokes equations, continuity equation, and Eulers equation

Module #3
Mathematical Background
Vector calculus, differential equations, and numerical methods

Module #4
CFD Mesh Generation
Types of meshes, mesh generation techniques, and mesh quality assessment

Module #5
Discretization Methods
Finite difference, finite element, and finite volume methods

Module #6
Numerical Solution Techniques
Direct and iterative methods for linear systems

Module #7
Boundary Conditions
Types of boundary conditions, implementation, and best practices

Module #8
CFD Simulation Software
Overview of popular CFD software, including OpenFOAM, Fluent, and COMSOL

Module #9
Turbulence Modeling
Introduction to turbulence, RANS, LES, and DNS methods

Module #10
Heat Transfer and Mass Transport
Heat transfer mechanisms, mass transport, and species transport

Module #11
Multiphase Flows
Basics of multiphase flows, volume of fluid (VOF) method, and Eulerian-Eulerian method

Module #12
Fluid-Structure Interaction
Coupling of fluid and structural mechanics, ALE, and FSI solvers

Module #13
CFD for Aerospace Engineering
Aerodynamics, aircraft design, and wind tunnel testing

Module #14
CFD for Mechanical Engineering
Thermal management, heat exchangers, and piping systems

Module #15
CFD for Chemical Engineering
Mixing, reaction kinetics, and process optimization

Module #16
CFD for Civil Engineering
Water resources, flood simulation, and urban aerodynamics

Module #17
Validation and Verification
CFD validation, verification, and uncertainty quantification

Module #18
CFD Post-Processing
Data analysis, visualization, and visualization tools

Module #19
Best Practices in CFD
CFD modeling guidelines, meshing strategies, and solver settings

Module #20
CFD in Research and Development
Advanced CFD techniques, high-performance computing, and research applications

Module #21
CFD in Industry
Industrial applications, design optimization, and product development

Module #22
CFD for Renewable Energy
Wind energy, solar energy, and hydro energy applications

Module #23
CFD for Biomedical Engineering
Blood flow, respiratory flow, and biomedical device design

Module #24
Course Wrap-Up & Conclusion
Planning next steps in Computational Fluid Dynamics career

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Computational Fluid Dynamics ( 24 Modules )

Computational Fluid Dynamics
( 24 Modules )