art I : Analysis of heat exchangers in engineering applications (max. 5 pages) Select any thermal energy system you are interested. Describe the system and state how the system works. The system should have at least one heat exchanger. Analyse the design of the heat exchangers and their functions in the system. Part I and Part II are connected. Select a system you are able to complete the exergy analysis in Part II. Part II: Exergy analysis & performance optimisation of heat exchangers for a thermal energy system (max. 5 pages) Perform exergy analysis and performance optimization of the thermal energy system in Part I.
art I : Analysis of heat exchangers in engineering applications (max. 5 pages) Select any thermal energy system you are interested. Describe the system and state how the system works. The system should have at least one heat exchanger. Analyse the design of the heat exchangers and their functions in the system. Part I and Part II are connected. Select a system you are able to complete the exergy analysis in Part II. Part II: Exergy analysis & performance optimisation of heat exchangers for a thermal energy system (max. 5 pages) Perform exergy analysis and performance optimization of the thermal energy system in Part I.
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Question
Part I : Analysis of heat exchangers in engineering applications
(max. 5 pages)
Select any thermal energy system you are interested. Describe the system and state
how the system works. The system should have at least one heat exchanger.
Analyse the design of the heat exchangers and their functions in the system. Part I
and Part II are connected. Select a system you are able to complete the exergy
analysis in Part II.
Part II: Exergy analysis & performance optimisation of heat exchangers
for a thermal energy system (max. 5 pages)
Perform exergy analysis and performance optimization of the thermal energy system
in Part I.
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