rubrics of slos and plos managmenet and skills

rubrics of slos and plos managmenet and skills

1. Thermodynamics of Materials MM-231 Dr. Rashid Ali Fall 2024 GHULAM ISHAQ KHAN INSTITUTE OF ENGINEERING SCIENCES & TECHNOLOGY FACULTY OF MATERIAL & CHEMICAL ENGINEERING Lecture # 1

2. Engineering knowledge (CLO – 1) Problem Analysis (CLO – 2,3) Design/Development of solutions Investigation Modern tool usage The Engineer and Society Environment and sustainability Ethics Individual and teamwork Communication Project management Lifelong learning Bloom’s Taxonomy Levels Remembering Understanding Applying Analyzing Evaluating Creating Programme Learning Outcomes 2 https://www.pec.org.pk/downloads/Accreditation/1/Manual%20of%20Accreditation%20%E2%80%93%20Third%20Edition%202019%20(Amended%20Ver.%20of%20Manual-2014)_152.pdf

3. Course Learning Outcomes Sr. No Course Learning Outcomes PLOs Blooms Taxonomy CLO_1 Students will be able to describe and apply laws of thermodynamics related to problems in materials engineering and explain the basic concepts of phase equilibria. PLO1 C 2 : Understanding C3: Applying CLO_2 Students will be able to explain and use the different thermodynamic properties of materials in the context of state functions using classical and statistical approach. PLO2 C 2 : Understanding C3: Applying CLO_3 Students will be able to solve thermodynamic problems related to reaction equilibria. PLO2 C3: Applying 3

4. Course Contents Week Topics Wise Course Contents Classical Thermodynamics 1 Materials thermodynamics and its applications, molecular view of energy, thermodynamics state functions. 2 The First Law of Thermodynamics : Energy transfer, pressure-volume and work relationship, reversible and irreversible process, intensive and extensive properties, state and non state functions, Enthalpy and heat capacity, Enthalpy change. 3 The second law of Thermodynamics : free energy, heat engines (heat pumps and refrigerators), entropy, Carnot Cycle. Statistical Thermodynamics 4 Energy dispersion and entropy, Equilibrium criterion and entropy, Partition function, Entropy changes and entropy productions, Statement of second law of Thermodynamics. 5 Free Energy Functions : Energy functions, Helmholtz energy, Gibb’s energy, Effect of pressure and temperature on Gibb’s energy change, Some useful equations. 4

5. Course Contents Week Topics Wise Course Contents 6 The Third Law of Thermodynamics: Statement of the Third Law, Corollaries to the Third law, Absolute Entropies, Molecular interpretation. 7 Enthalpy and Gibbs Energy Changes : Standard states, heat of formation, heat of reaction, adiabatic flame temperature, Gibb’s energy changes. 8 Behavior of Gases : Ideal gases, Real gases and Fugacity. Classical and Statistical Applications 9 Reaction Equilibria : Equilibrium constants, Criteria of reaction equilibrium, Effect of temperature and pressure on equilibrium constant. 10 Le Chatelier’s Principle, alternative standard states, interaction coefficients, Ellingham diagram, Absorption equilibria. 11 Ideal gases, Gibbs energy of mixing, Entropy of mixing and Enthalpy of mixing, Real gases and fugacity, compressibility factor, vander Walls equation, Thermodynamic functions of Mixing, fugacity for condensed phase (liquid and solid), activity, molar Gibbs energy. 12 Activity coefficient, Partial properties, partial molar volume. Reaction Equilibria, Equilibrium constant, Effect of temperature on Equilibrium constant, Van’t Hoff equation, 5

6. Course Contents Week Topics Wise Course Contents 13 Effect of pressure on Equilibrium constant, Le Chatelier’s Principle, Ellingham Diagram. 1.Relative stability of compound, 2. Relative stability (carbon reduction) 14 Ellingham diagram, 1. Oxygen partial pressure, 2. Equilibrium partial pressure, 3. Stability diagram (phase diagram), 15 Phase rule, degree of freedom, definition of phase and component, Equation of Gibb’s phase rule, Degree of freedom from phase diagram, 2. Degree of freedom of reaction system. Final Exam 6

7. Text Book 1 Materials Thermodynamics: With Emphasis on Chemical Approach Publisher : World Scientific Author : Hae -Geon Lee, 2012 7 7

8. Reference Book 2 Thermodynamics of Materials (Volume-1) Author : David V. Ragone Publisher : John Wiley & Sons 8 8

9. Reference Book 3 Introduction to the Thermodynamics of Materials Author : David R. Gaskell, 2005 9

10. Course Grading Policy Attendance as per GIKI Policy is 80% and is compulsory to appear in final exams Assignments (02) 4 % Quizzes (06) 24 % Mid Term Exams 30 % Final Term Exams 42 % 10

11. Lab Experiments Modeling of Materials Phase Change behavior Differential Scanning Calorimetry (DSC) Thermal Conductivity of Metals 11

12. 12 Class Schedule Day MM231 Thermodynamics of Materials Lecture Hall Monday 12:30-1:20 LH3 (FMCE) Wednesday 12:30-1:20 LH2 (FMCE) Thursday 12:30-1:20 LH2 (FMCE)

13. Class Rules No attendance will be marked after five minutes entry in class. No noise in the class. All the quizzes will be considered. Any student can visit the course instructor during office hours. 13

14. Contact Information E-mail: [email protected] Phone Ext: 2423 14