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300 Min
This course format through pre-recorded video. You can buy and watch it to learn at any time.
Mastering heat exchanger design and analysis can propel your career in various industries, including energy, chemical processing, aerospace, and HVAC. With expertise in heat exchangers, you can transition into roles like Senior Mechanical Engineer, Heat Transfer Specialist, or Process Engineer, designing and optimizing thermal systems. Further advancements can lead to leadership positions like Technical Lead, Engineering Manager, or Director of Research and Development, driving innovation in heat exchanger technology. Additionally, this knowledge can also lead to specialized careers like Heat Exchanger Designer, Thermal Systems Consultant, or Energy Efficiency Expert, offering a range of opportunities for professional growth and advancement.
Introduction Of Heat Exchanger
Overall Heat Transfer Coefficient | Fouling Factor
Logarithmic Mean Temperature Difference For Heat Exchanger
Previous Year Numerical Based On LMTD Method
Multipass And Crossflow Heat Exchanger | Correction Factor
The Effectiveness--The NTU Method
Numerical NTU Method Part-2
This course covers the fundamental principles and practical applications of heat exchanger design and analysis. Students will learn how to design, simulate, and optimize various types of heat exchangers, including shell and tube, plate, and finned heat exchangers.
Industry domains :
Engineering Disciplines :
Mechanical , Chemical & Process , Metallurgy & Material Science
1
Introduction Of Heat Exchanger :
2
Overall Heat Transfer Coefficient | Fouling Factor :
3
Logarithmic Mean Temperature Difference For Heat Exchanger :
Senior Engineer
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