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(2019)

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Thermodynamics

 TANAMOTO Tetsufumi
  Elective  2 credits
【Information and Electronic Engineering･1st semester】
19-1-1422-5264

１．
Outline
Thermodynamics has evolved with the development of industrialization since the Industrial Revolution and has been used for the understanding of steam engines. In the class, students will understand the fundamentals of thermodynamics such as thermodynamics 1st law and 2nd law.
This course is related to DP3.
２．
Objectives
Students can understand the thermodynamics first law and second law which are the basis of thermodynamics. Students can also understand the flow of energy.
３．
Grading Policy
Evaluation will be based on small tests and reports (50%) and results of final exams (50%).
４．
Textbook and Reference
Textbook: Junichiro Hashimoto『単位が取れる熱力学』 Kodansha
Reference book: Keiyuki Baba 『スバラシク実力がつくと評判の熱力学キャンパス・ゼミ』Masema

５．
Requirements (Assignments)
Please always prepare and review for the class by using textbook (about 1.5 hour each).
The contents of the class are in accordance with the chapters and contents of the textbook.
６．
Note
Knowledge of differentiation and integration calculus is necessary for learning thermodynamics, so please attend classes of relevant math classes as much as possible.
７．
Schedule
１. How to learn thermodynamics
２. State equation (1)
３. State equation (2)
４. Internal energy and thermodynamics first law (1)
５. Internal energy and thermodynamics first law (2)
６. Specific heat (heat capacity) (1)
７. Specific heat (heat capacity) (2)
８. Second law of thermodynamics (1)
９. Second law of thermodynamics (2)
10. Introduction of entropy
11. Entropy calculation (1)
12. Entropy calculation (2)
13. Entropy calculation (3)
14. Thermodynamic functions
15. Summary and test
１．
Outline
Thermodynamics has evolved with the development of industrialization since the Industrial Revolution and has been used for the understanding of steam engines. In the class, students will understand the fundamentals of thermodynamics such as thermodynamics 1st law and 2nd law.
This course is related to DP3.
２．
Objectives
Students can understand the thermodynamics first law and second law which are the basis of thermodynamics. Students can also understand the flow of energy.
３．
Grading Policy
Evaluation will be based on small tests and reports (50%) and results of final exams (50%).
４．
Textbook and Reference
Textbook: Junichiro Hashimoto『単位が取れる熱力学』 Kodansha
Reference book: Keiyuki Baba 『スバラシク実力がつくと評判の熱力学キャンパス・ゼミ』Masema

５．
Requirements (Assignments)
Please always prepare and review for the class by using textbook (about 1.5 hour each).
The contents of the class are in accordance with the chapters and contents of the textbook.
６．
Note
Knowledge of differentiation and integration calculus is necessary for learning thermodynamics, so please attend classes of relevant math classes as much as possible.
７．
Schedule
１. How to learn thermodynamics
２. State equation (1)
３. State equation (2)
４. Internal energy and thermodynamics first law (1)
５. Internal energy and thermodynamics first law (2)
６. Specific heat (heat capacity) (1)
７. Specific heat (heat capacity) (2)
８. Second law of thermodynamics (1)
９. Second law of thermodynamics (2)
10. Introduction of entropy
11. Entropy calculation (1)
12. Entropy calculation (2)
13. Entropy calculation (3)
14. Thermodynamic functions
15. Summary and test