ESS 2410 工程熱力學
<br>Engineering Thermodynamics
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<br>The course will be offered in English in regular sessions.  The contents of the 
<br>lecture will be reviewed in Chinese in an extra hour of lecture each week. AI is 
<br>not applicable in this course.
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<br>Course Desc<x>ription
<br>    This course is the second course of thermodynamics.  The pre-required of
<br> this course is “Thermodynamics”.  The topics covered in this course are
<br> listed according to the text book chosen.  This course is the fundamental
<br> course for the field of Nuclear Power Plant Technology, Energy Engineering
<br> and System, and micro electric machines engineering.
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<br>               Contents                            Hours      Homework   
<br>           Overview and Review                       4           #1
<br>    Chapter 8  Exergy                                6           #2
<br>    Chapter 9  Gas Power Cycles                      8           #3, #4
<br>    Chapter 10  Vapor and Combined Power Cycles      8           #5, #6
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<br>         Mid-term Examination：April 7th, Wednesday, 7:00pm Room 402
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<br>    Chapter 11  Refrigeration Cycles                 7            #7
<br>    Chapter 13  Gas Mixtures                         2            #8
<br>    Chapter 14  Gas-Vapor Mixture and 
<br>                Air-Conditioning                     6            #9
<br>    Chapter 15  Chemical Reaction                    8            #10,#11
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<br>   Final Examination：June 19th , Wednesday, 7:00pm Room 402
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<br>Text：Yunus A. Cengel, Michael A. Boles, Mehmet Kanoglu,  "Thermodynamics; an 
<br>Engineering Approach,"  Ninth Edition in SI Unit, McGraw Hill, 2020.
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<br>Reference：Michael J. Moran; Howard N. Sphapiro, "Fundamentals of Engineering  
<br>         Thermodynamics,"  Global Edition, John Wiley & Sons Inc., 2017.
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<br>Richard E. Sonntag, Claus Borgnakke, and Gordan J.Van Wylen, "Fundamentals of 
<br>Engineering Thermodynamics," 6th Edition, John Wiley & Sons Inc., 2002.
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<br>  Grade                   Option A    Option B
<br>Mid-term Examination        30%         35%
<br>Final Examination           45%         55%
<br>Homework                    15% 
<br>Quiz                        10 %        10%
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