Course Highlights
Enter the dynamic realm of thermal energy systems with this expertly designed Heat Exchanger course. Begin by exploring the essential principles that govern heat transfer and discover the critical role a Heat Exchanger plays in maintaining system balance and operational safety across industries. The course delivers a solid foundation for students, technicians, and professionals seeking to enhance their understanding of mechanical and process engineering.
Advance into the diverse classifications of Heat Exchanger units, uncovering their structural differences, functional advantages, and essential applications. With a strong emphasis on performance analysis, you’ll learn to apply both the Log Mean Temperature Difference (LMTD) and Effectiveness-NTU methods—two globally recognized approaches for assessing efficiency and thermal behavior. Each technique is broken down into easy-to-understand steps, supported by engineering examples.
To ensure applied learning, the course includes hands-on problem-solving and advanced strategies to improve thermal efficiency. You’ll gain the tools to evaluate performance, identify inefficiencies, and implement upgrades with confidence. Whether you’re aiming to strengthen your technical knowledge, transition into a new career path, or solve complex energy challenges, this Heat Exchanger course equips you with the critical thinking and analytical skills to thrive.
Learning outcome
- - Understand the core mechanisms of a Heat Exchanger
- - Differentiate among types of Heat Exchanger based on application
- - Apply LMTD to assess Heat Exchanger thermal performance
- - Use Effectiveness-NTU methods to determine operational effectiveness
- - Identify techniques to boost Heat Exchanger efficiency
Why should I take this course?
- - Gain technical expertise in Heat Exchanger operation and design
- - Learn two major performance analysis techniques used globally
- - Explore energy-efficient practices tailored to Heat Exchanger systems
- - Elevate your problem-solving skills using real industry scenarios
- - Stand out in engineering roles with specialized Heat Exchanger training
Requirements
- - Basic knowledge of physics or mechanical systems
- - Interest in thermodynamics or industrial equipment
Career Path
- - Process Design Engineer
- - Thermal Systems Analyst
- - HVAC Design Consultant
- - Power Plant Technician
- - Mechanical Project Engineer
- - Energy Efficiency Specialist
Course Curriculum
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Course Introduction
00:04:00
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Introduction to Heat Exchanger
00:10:00
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Types of Heat Exchanger
00:13:00
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Performance of Heat Exchanger (LMTD method)
00:12:00
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Performance of Heat Exchanger (Effectiveness-NTU method)
00:09:00
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Performance of Heat Exchanger (Example)
00:15:00
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Selection & Methods to Improve the Efficiency in Heat Exchanger
00:16:00
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Duration:1 hour, 19 minutes
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Access:1 Year
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Units:7

