Fundamentals of CFD using MATLAB code

🌪️ Fundamentals of CFD from Beginner to Advanced Levels using MATLAB Code 🌫️

Course Description: Are you ready to dive into the world of Computational Fluid Dynamics (CFD) and master it using MATLAB? This comprehensive video series is tailored for learners at all levels, from novices to seasoned professionals. Shashikant Das, an experienced course instructor, will simplify complex CFD concepts and guide you through a variety of problems using MATLAB code.

Why Take This Course?

• No Programming Experience Necessary: This course is designed for anyone and everyone, regardless of your programming background. You'll learn the necessary MATLAB skills along the way.
• Step-by-Step Learning: We start with the basics of CFD principles and gradually move to more advanced topics. You'll build a strong foundation before tackling complex problems.
• Hands-On Approach: By applying concepts through MATLAB code, you'll gain practical experience that is crucial for real-world applications.
• Real-World Applications: From heat transport to fluid flow analysis, you'll explore CFD in various contexts and learn how to apply it effectively in your field of interest.

Course Structure:

1. Introduction to CFD: We'll begin with the fundamental concepts behind CFD, ensuring you have a solid grasp of what CFD entails and its importance in today's world.

2. CFD Basics Using MATLAB: We'll cover the essential MATLAB commands and functions you need to know to tackle CFD problems. This includes setting up your first MATLAB script to solve a basic CFD problem.

3. Advanced CFD Concepts: As we progress, you'll learn about more complex topics like multidimensional flow analysis, heat transfer, and fluid dynamics.

4. Solving Real-World CFD Problems: By applying iterative methods and utilizing MATLAB's graphical capabilities, you'll solve practical problems and analyze results in detail.

Key Topics Covered:

• Understanding CFD Principles: We'll delve into the physics behind fluid dynamics and how to model these using CFD.
• MATLAB Code for CFD Problems: You'll learn how to set up MATLAB code for various CFD problems, including conduction and convection.
• Steady-State vs. Transient Analysis: Understand the differences and when to use each approach in your problem-solving process.
• Two-Dimensional Problem Solving: Focus on solving CFD problems that involve a combination of different fluid dynamics phenomena, such as conduction, convection, and adiabatic states.
• Iterative Methods: We'll explore iterative methods for solving complex CFD problems numerically and understand their significance in the field.
• Data Visualization and Analysis: Learn how to visualize your MATLAB output using graphs, and interpret the results by adjusting input parameters.

Who Should Take This Course?

• Engineers and designers involved in fluid dynamics or heat transfer applications.
• Graduate students who want to incorporate CFD into their thesis or research projects.
• Professionals looking to expand their skillset with CFD techniques using MATLAB.
• Anyone interested in learning CFD principles and how to apply them using MATLAB code.

Join us on this journey to master CFD using MATLAB! Whether you're a student, an engineer, or a curious enthusiast, this course will equip you with the knowledge and skills to tackle fluid dynamics problems confidently. 🚀

Enroll Now and Transform Your Understanding of CFD and MATLAB! 🎓✨