Heat Exchanger Design Fundamentals

Efficient heat transfer is critical in countless industrial and energy systems. Understanding the principles behind it is a fundamental skill for many engineering disciplines. This course will equip you with a foundational understanding of heat exchanger types, their operational principles, and the key considerations for their design and selection, preparing you to tackle real-world thermal design challenges. You will gain the knowledge to analyze and optimize heat transfer processes effectively, laying the groundwork for further specialization. What you'll learn: Understand the fundamental modes of heat transfer relevant to heat exchangers. Learn the classification, components, and operational principles of common heat exchanger types. Apply design equations and methodologies for sizing and rating various heat exchanger configurations. Analyze performance characteristics, including effectiveness, NTU method, and pressure drop. Explore modern considerations for heat exchanger design, such as material selection, fouling mitigation, and energy efficiency. Practice solving problems related to heat exchanger design and performance evaluation. The course begins with foundational thermal principles before progressing to detailed discussions of various heat exchanger configurations, their design equations, and performance analysis methods. It concludes with practical considerations for optimizing efficiency and reliability. This course is designed for beginners in engineering or anyone new to thermal systems, requiring no prior experience with heat exchanger design. Start building your expertise in thermal design today.