This engineering course is designed for the 3rd and 4th college students having previous knowledge in general science and basic engineering concept, as well as the energy and material balance. Students enrolled in this course should expect to learn nature law in the manufacturing environment, and develop personal skills to analyze the energy efficiency of varions treating systems and minimize the energy usage.This engineering course is designed for the 3rd and 4th college students having previous knowledge in general science and basic engineering concept, as well as the energy and material balance. Students enrolled in this course should expect to learn nature law in the manufacturing environment, and develop personal skills to analyze the energy efficiency of varions treating systems and minimize the energy usage.
This engineering thermodynamics course is designed for 2nd to 4th-year college students having previous knowledge in fundamental knowledge on the energy and material balances. Students enrolled in this course should expect to learn the applicability of nature science to the universal phenomena and how to estabish linkages to energy management of the chemical process and environmental treating process. It is highly expected that student shall be capable of applying the thermodynamics law and phase equilibrium to enhance the personal capability to solve any engineering design and operation problems.
This engineering thermodynamics course is designed for 2nd to 4th-year college students having previous knowledge in fundamental knowledge on the energy and material balances. Students enrolled in this course should expect to learn the applicability of nature science to the universal phenomena and how to estabish linkages to energy management of the chemical process and environmental treating process. It is highly expected that student shall be capable of applying the thermodynamics law and phase equilibrium to enhance the personal capability to solve any engineering design and operation problems.
Introduction to Chemical Engineering Thermodynamics
J. M. Smith
H. C. Van Ness
M. M. Abbott
McGraw Hill
Introduction to Chemical Engineering Thermodynamics
J. M. Smith
H. C. Van Ness
M. M. Abbott
McGraw Hill
| 評分項目 Grading Method | 配分比例 Grading percentage | 說明 Description |
|---|---|---|
| QuizzesQuizzes Quizzes |
45 | A quiz will be given at the second half of each Wednes |
| Midterm examMidterm exam Midterm exam |
25 | |
| Final examFinal exam Final exam |
25 | |
| AssignmentAssignment Assignment |
5 |
