eme21461

ACAD/FORM/02 Ver. 1 02.11.2015 1

SUBJECT INFORMATION 1. Name of Subject/Module APPLIED THERMODYNAMICS 2. Subject Code EME2146 3. Name of Subject Coordinator OOI YONGSON LIST OF TEACHING STAFF CONTACT DETAILS: Name Room Number Email Address Tel. No.

OOI YONGSON MLMR2019 yongson.ooi@mmu.edu.my 3539 YAP YEE LING MLMR2013 ylyap@mmu.edu.my 3397

LO SUBJECT LEARNING OUTCOMES Domain Level LO1 Calculate the change in the internal energy, enthalpy, entropy, etc. of a substance

undergoing a change of state by using the appropriate thermodynamic relations. Cognitive 3- Applying

LO2 Perform availability analysis on thermodynamic systems. Cognitive 4- Analyzing LO3 Apply the basic concepts of non-reacting mixtures in general and air-vapor mixtures in

particular, and apply the principles of psychrometry to the thermodynamic analyses of cooling towers and air-conditioning systems.

Cognitive 3- Applying

LO4 Understand the basic concepts of combustion, and apply the first and second laws of thermodynamics to chemically reacting systems.

Cognitive 3- Applying

LO5 Analyze vapor and gas power cycles, and apply the basic concepts of internal combustion engines and gas turbines and refrigeration cycles.

Cognitive 4- Analyzing

ASSESSMENT METHODS Assessment Percentage Final Examination 60 Midterm 20 Assignment 10 Laboratory 10

READING MATERIALS Textbook 1. Y.A. Cengel and M.A. Boles (2006), Thermodynamics: An Engineering Approach, 5th Edition, McGraw-Hill

2006.

Reference Book

2. R. Sonntag, C. Borgnakke and G. Van Wylen, Fundamentals of Thermodynamics, 6th Edition, John Wiley and Sons, 2003.

3. M.J. Moran and H.N. Shapiro, “Fundamentals of Engineering Thermodynamics”, 6th Edition, John Wiley & Sons, 2008.

4. W.Z. Black and J.G. Hartley, “Thermodynamics, English/SI Version”, 3rd Edition, Prentice Hall, 1996.

TEACHING PLAN TEMPLATE

ACAD/FORM/02 Ver. 1 02.11.2015 2

LESSON PLAN

WEEK DATE TOPICS ACTIVITIES REMARKS

1 15 Nov 21 Nov Non-reacting Mixtures, 3 hours Lecture Y Ooi

2 22 Nov 28 Nov Non-reacting Mixtures, 3 hours Lecture Y Ooi

3 29 Nov 05 Dec Non-reacting Mixtures, 1 hours Thermodynamic Relations, 2 hours Lecture Y Ooi

Y Ooi

4 06 Dec 12 Dec Thermodynamic Relations, 3 hours Lecture, Tutorial Y Ooi

5 13 Dec 19 Dec Thermodynamic Relations, 3 hours Lecture, Tutorial Y Ooi

6 20 Dec 26 Dec Availability Analysis, 3 hours Lecture Y Ooi

7 27 Dec 02 Jan Availability Analysis, 2 hours Power Cycles, 1 hours Lecture Y Ooi

YL Yap

8 03 Jan 09 Jan Power Cycles, 3 hours Lecture, Tutorial YL Yap

9 10 Jan 16 Jan Power Cycles, 3 hours Lecture, Midterm test YL Yap

10 17 Jan 23 Jan Power Cycles, 1 hours Refrigeration, 2 hours Lecture, Tutorial YL Yap

YL Yap

11 24 Jan 30 Jan Refrigeration, 2 hours Reacting Mixtures, 1 hours Lecture YL Yap

YL Yap

12 31 Jan 06 Feb Reacting Mixtures, 3 hours Lecture, Tutorial YL Yap

B 07 Feb 13 Feb - - -

13 14 Feb 20 Feb Reacting Mixtures, 3 hours Lecture, Tutorial YL Yap

14 21 Feb 27 Feb - - -

E1 28 Feb 05 Mar Examination Week 1 - -

E2 06 Mar 12 Mar Examination Week 2 - -