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COURSE SYLLABUS

0. Semester: Second Academic Year: 2012

1.Faculty of: Engineering Department of: Chemical Engineering ..

2.Course code: 01-202512 Course name: Advanced ChE Thermodynamics.

Total credits: 3(30) Prerequisite (course code and name): none..

Section: 1 Day and Time:Mon 9-10.30, Wed 10.30-12 Rm:1507, 1508

3.Lecturer: Assoc. Prof. Dr. Terdthai Vatanatham

4.Office hours for consultation with students: Day: Any Time: Any Room: 1211-3

Telephone:0-2797-0999 ext 1208 e-mail address: terdthai.v@ku.ac.th

5.Course Objective(s): Develop competency in applications of thermodynamics theory to

various practical problems.

6.Course Description:

Classical thermodynamics and concepts, Energy, Reversibility, Relations for

simple systems, Single-phase simple systems of pure materials, Equilibrium and

stability, Single-phase simple system of mixture, Phase equilibrium, Chemical equilibria

7.Course Outline: See class schedule.

8.Student-centered Teaching Method(s): Lecture, class discussion, questioning and answer,

homework, textbook reading, and webpage searching.

9. Teaching Aids/Materials:Power point presentation, M@xlearn, and textbooks.

10.Evaluation:

First exam (midterm) 30% Final exam 25%

Second exam 30% Quiz, class work, homework 15%

Teaching evaluation by student 2% Total 100

11.Grading: Scores: A=85up, B+=78up, B=71up, C+=65up, C=60up, D+=55up, D=50up,

F=under 50

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12.Textbooks and Readings: Tester, J.W., and Modell, Thermodynamics and its

Applications, 3rd

ed., Prentice-Hall, N.J., USA., 1996,

ISBN: 9786115590025

13.Class Schedule: Homework is submited every class-day that follows.

Week Day Topic Reading

Chapter

Homework & Note

1 5 - 7 Nov. Introduction and Concepts

Energy and the First Law

1, 2

3

Reading Chap 1 &2

P3.1, P3.4

2 12 - 14 Nov. Energy and the First Law (Cont.) 3 Mon P3.5(1)(2), Wed P3.9

3 19-21 Nov. Reversibility and the Second Law 4 Mon P4.2, Wed P4.9

4 26 28 Nov. Reversibility and the Second Law (Cont.) 4 Mon P4.13(a), Wed P4.22(a,b,c,d)

5 3 Dec.

5 Dec.

Calculus of Thermodynamics

Kings birthday recess

5

5

P5.1(a,b,c)

6 10 Dec.

10-21 Dec.

12 Dec.

Constitution day recess

1 st Teaching evaluation (1 point)

Calculus of Thermodynamics (Cont.)

5

On web

5 P5.12

7 171 9 Dec. Calculus of Thermodynamics (Cont.) Mon P5.13, P5.23(a,b,c)

8 22-30 Dec. Midterm exam week. (Class recess)

Midterm exam: To be announced 1-5 2 h. , open book

9 31 Dec.

2 Jan.

Year-end day, class recess

Equilibrium and Stability Criteria 6, 7 P6.3

10 79 Jan. Equilibrium and Stability Criteria (Cont.) 6, 7 Mon P6.5(a,b), Wed P6.6(a,b)

11 1416 Jan. Equilibrium and Stability Criteria (Cont.) 6, 7 Mon P7.2, Wed P7.7

12 21-23 Jan. Properties of Pure Materials 8 Mon P8.1, Wed P8.2, P8.6

13 26 Jan.-2 Feb Kaset Fair, class recess 8

13 4 Feb.

6 Feb.Second Exam, (Rm 1507)Properties of Pure Materials(Cont.) 6- 88 80 min. 9-10.20 am

14 1113 Feb. Mixtures 9 Mon P9.1, Wed P9.2 (a,b)

14 18-20 Feb. Mixtures (Cont.) 9 Mon P9.5, Wed P9.19

18 Feb.-3 March 2nd Teaching evaluation (1 point) On web

15 25-27 Feb. Mixtures (Cont.)

Heat Engine and Power Cycles

9,

14

P9.20 (a)

No homework

4-15 Mar. Final Exam week (Class recess)

Final Exam : To be announced 8-9, 14 2 h.

TTV, Nov. 5th

, 2012