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| Topic | Details |
| Introduction to fluid dynamics and computational fluid dynamics (CFD) | Gain a comprehensive understanding of fluid dynamics and CFD and their applications in various fields. |
| Mathematical models of fluid flow | Learn about the mathematical models used to describe fluid flow phenomena and their applications in CFD simulations. |
| Numerical methods for solving fluid flow equations | Explore the various numerical methods employed to solve fluid flow equations and understand their strengths and limitations. |
| MATLAB programming for CFD | Develop proficiency in MATLAB programming specifically for CFD applications and learn how to implement CFD algorithms. |
| Visualization of fluid flow results | Learn techniques for visualizing and interpreting fluid flow simulation results using MATLAB and other visualization tools. |
| Applications of CFD | Explore the wide range of applications of CFD in engineering, including aerodynamics, hydrodynamics, and thermal analysis. |
| The Navier-Stokes equations | Understand the fundamental equations governing fluid flow and gain insight into their significance in CFD simulations. |
| The finite difference method | Learn the finite difference method as a numerical technique for approximating solutions to differential equations in CFD simulations. |
| The finite volume method | Explore the finite volume method, a widely used numerical technique for solving fluid flow equations in CFD simulations. |
| The SIMPLE algorithm | Gain knowledge about the SIMPLE algorithm, an iterative technique for solving the Navier-Stokes equations in CFD simulations. |
| Turbulence modeling | Study the modeling of turbulence in fluid flows and learn about different turbulence models used in CFD simulations. |
| MATLAB functions for CFD | Discover MATLAB functions and tools specifically designed for CFD simulations, facilitating efficient and accurate computations. |
| Visualization of fluid flow with MATLAB | Master the use of MATLAB for visualizing fluid flow phenomena, generating insightful plots, and creating informative visualizations. |
| Applications of CFD in engineering | Explore how CFD is applied in various engineering disciplines, such as aerospace, automotive, and chemical engineering. |
| Multiphase flows | Dive into the complexities of multiphase flows and learn about the numerical methods used to simulate such systems in CFD. |
| Heat transfer | Understand heat transfer phenomena and learn how CFD can be used to analyze and optimize heat transfer processes. |
| Porous media flows | Gain insights into fluid flow through porous media and learn about the numerical techniques used to model such flows in CFD. |
| CFD software packages | Get acquainted with popular CFD software packages used in industry and academia, including their features and capabilities. |
| Navier-Stokes equations and numerical methods for solving them | Explore numerical methods such as finite difference, finite volume, and finite element methods for solving the Navier-Stokes equations. |
| Modeling of fluid flows | Develop skills in modeling fluid flows using appropriate mathematical and numerical techniques in CFD simulations. |
| The finite volume method | Explore the finite volume method, a widely used numerical technique for solving fluid flow equations in CFD simulations. |
| Visualization of fluid flows | Learn how to visualize fluid flows, analyze results, and interpret complex flow phenomena in CFD simulations. |
| Applications of CFD | Gain knowledge about real-world applications of CFD in various industries, including aerospace, automotive, and energy sectors. |
