Course Outline
Module 1: Introduction to Computational Fluid Dynamics (CFD)
•    Basics of fluid mechanics and CFD
•    Overview of CFD applications in engineering
•    Introduction to ANSYS Fluent: interface and capabilities
•    Hands-on exercise: Navigating ANSYS Fluent and setting up a basic simulation
•    Case Study: Basic flow analysis around a 2D airfoil

Module 2: Meshing Techniques for CFD
•    Importance of meshing in CFD simulations
•    Types of meshes: structured, unstructured, hybrid
•    Mesh quality and refinement techniques
•    Hands-on exercise: Meshing a simple geometry in ANSYS Fluent
•    Real-Life Project: Mesh generation for an automotive front grille

Module 3: CFD Simulation Setup and Boundary Conditions
•    Defining the problem: geometry, boundary conditions, and physics models
•    Initial and boundary conditions setup in ANSYS Fluent
•    Configuring solvers and setting simulation parameters
•    Hands-on exercise: Setting up a steady-state flow simulation
•    Case Study: Simulating flow through a pipe with varying boundary conditions

Module 4: Solving Steady-State and Transient Flow Problems
•    Differences between steady-state and transient simulations
•    Configuring transient simulations and time-stepping
•    Monitoring convergence and controlling residuals
•    Hands-on exercise: Solving a transient flow problem
•    Real-Life Project: Transient simulation of a valve opening in a piping system

Module 5: Heat Transfer and Thermal Analysis in CFD
•    Basics of heat transfer: conduction, convection, and radiation
•    Thermal analysis using CFD: temperature distributions and thermal gradients
•    Setting up heat transfer simulations in ANSYS Fluent
•    Hands-on exercise: Thermal analysis of a heat exchanger
•    Case Study: Cooling performance analysis of an electronic device

Module 6: Turbulence Modeling in CFD
•    Introduction to turbulence and its significance in fluid flows
•    Common turbulence models: k-epsilon, k-omega, and LES
•    Choosing the right turbulence model for simulations
•    Hands-on exercise: Applying turbulence models in ANSYS Fluent
•    Real-Life Project: Turbulence analysis in an HVAC duct system

Module 7: Multiphase Flow Simulations
•    Introduction to multiphase flows: liquid-liquid, gas-liquid, gas-solid
•    Setting up multiphase simulations in ANSYS Fluent
•    Applications of multiphase flow analysis in industry
•    Hands-on exercise: Simulating bubble flow in a reactor
•    Case Study: Slurry transport analysis in a pipeline

Module 8: Optimization and Design Improvement with CFD
•    Using CFD for design optimization
•    Parametric studies and sensitivity analysis
•    Introduction to ANSYS DesignXplorer for optimization tasks
•    Hands-on exercise: Optimizing a nozzle design for improved flow efficiency
•    Real-Life Project: Aerodynamic optimization of a car spoiler

Module 9: Validation and Verification of CFD Results
•    Importance of validating CFD models
•    Techniques for verifying and validating CFD simulations
•    Comparing CFD results with experimental data and benchmarks
•    Hands-on exercise: Validating a simulation against experimental flow data
•    Case Study: Verification of CFD results for a wind tunnel test

Module 10: Capstone Project: Comprehensive CFD Simulation
•    Participants will perform a complete CFD analysis on a complex engineering problem
•    Integration of all skills learned: meshing, setup, solving, and post-processing
•    Real-world simulation challenges and troubleshooting
•    Presentation and review of completed projects
•    Final Project Presentation: Comprehensive simulation of a fluid flow problem relevant to participant’s field