Master Heat Exchanger CFD analysis using ANSYS CFD

🌟 Mastering Shell & Tube Heat Exchanger CFD Analysis with ANSYS CFD 🌟

Course Headline:

Dive Deep into the CFD Analysis of Five Designs of Shell & Tube Heat Exchangers using ANSYS CFD 🚀

Course Description:

🏫 Introduction to Heat Exchangers: Heat exchangers are pivotal components in a multitude of engineering systems, including power plants and process industries. They play a crucial role in transferring thermal energy from one fluid to another, either in direct contact or through a separating wall. Among the myriad configurations, shell & tube heat exchangers stand out as one of the most prevalent.

In this comprehensive online course, Heat Exchanger CFD Analysis using ANSYS CFD Tool, you will embark on a journey through the world of thermal energy transfer and fluid dynamics simulations with a focus on shell and tube heat exchangers.

👩‍🏫 Learning Path:

1. Understanding Heat Exchanger Basics:

   • Types of heat exchangers
   • Heat transfer mechanisms
   • Temperature variation and calculations

2. CAD Modeling with SpaceClaim:

   • Modular design approach
   • Designing five different shell and tube heat exchanger designs
   • Crafting named selections/boundary conditions to streamline the modeling process

3. Advanced Mesh Generation in ANSYS Meshing:

   • Mastering mesh creation techniques and approaches
   • Setting up mesh interfaces for efficient CFD analysis
   • Exploring boundary layer meshing for precise flow feature and heat transfer capturing

4. Fluent Simulation Setup:

   • Configuring turbulence models, energy equations, and materials like water liquid and copper
   • Defining cell zone conditions, inlet boundaries, and report definitions
   • Learning solver settings and techniques for solution initialization and convergence acceleration

5. Post-Processing with CFD-Post:

   • Analyzing pressure, temperature, and velocity contours
   • Comparing outlet temperatures of the five designs against each other and analytical results
   • Understanding the impact of design parameters on heat exchanger flow fields and heat transfer efficiency

🔍 Key Takeaways:

• Hands-on experience with ANSYS CFD 2022 R1 (Note: Ensure ANSYS 2022 R1 is installed before course commencement)
• A final project to solidify your knowledge and skills acquired throughout the course
• A deep dive into the practical application of CFD in optimizing heat exchanger designs

🎓 Who Should Take This Course: This course is designed for engineers, researchers, and students interested in gaining expertise in the thermal performance analysis of shell & tube heat exchangers using Computational Fluid Dynamics (CFD) simulations with ANSYS CFD.

Enroll Now to Transform Your Skills and Enhance Your Career Prospects in the Realm of Thermal and Fluid Science Engineering! 🎓

Course Features:

• Interactive Learning: Engage with real-world scenarios and practical examples
• Hands-On Projects: Apply your knowledge to a final project that will demonstrate your understanding and skills
• Expert Instructor Guidance: Learn from Sijal Ahmed, an expert in the field of heat exchanger design and CFD analysis
• Flexible Learning Environment: Access course materials anytime, anywhere at your own pace
• Community Support: Join a community of like-minded professionals and students to share insights and experiences

Don't miss out on this opportunity to elevate your understanding of heat exchanger design and CFD analysis. Enroll in the "Heat Exchanger CFD Analysis using ANSYS CFD Tool" course today and take a step towards mastering advanced engineering simulations! 🚀