TEACHING SCHEDULE: SEM I – 2022/2023 EMH 211/3: Thermodynamics Week Day Mon (17 Oct) 1 (AFM) Wed 2 (AFM) Thu No Class Mon (24 Oct) No Class Wed Chapter 2: Basic Concepts of Thermodynamics2.5. Thermodynamics Cycles 2.6. Temperature 2.7. Work & Heat 2.8. Unit Thu Tutorial 1 Mon (31 Oct) 3 (AFM) Topics MODUEL 1- Chapter 1: Preface 1.1. Definition Chapter 1.2. Types of Energy Chapter 2: Basic Concepts of Thermodynamics2.1. Fluid Properties Chapter 2: Basic Concepts of Thermodynamics2.2. Thermodynamics System 2.3. Thermodynamics State 2.4. Thermodynamic Process Chapter 4: Fluid Properties4.1. Phases of Pure Substance 4.2. Water Phase Change at Constant Pressure 4.3. T-v diagram 4.4. P-v diagram Thu Tutorial 1 4 (AFM & AYS) Wed Thu 24.10.2022, Monday – Deepavali holiday T1 Chapter 3: First Law of Thermodynamics3.1. Non-flow Equation 3.2. Corollaries of First Law Chapter 3: First Law of Thermodynamics3.3. Steady Flow Equation 3.4. Continuity Equation Wed Mon (07 Nov) Remark Chapter 4: Fluid Properties4.5. Type of Fluid 4.5.1. Ideal Gas 4.5.1.1 Specific Heat 4.5.1.2 Joule Law 4.5.2. Van de Waals Gas 4.5.3. Steam 4.5.3.1 Steam Table 4.5.3.2 Wet Steam 4.5.3.3 Superheated Steam 4.5.3.4 Interpolation MODULE 2- Chapter 5: Thermodynamic Process5.1. Reversible Non- Flow Process 5.1.1. Constant Volume Process 5.1.2. Constant Pressure Process 5.1.3. Constant Temperature Process (isothermal) Test 1 T1_cont. AFM AYS TEST 1 (Module 1) Mon (14 Nov) 5 (AYS) Wed Thu Mon (21 Nov) 6 (AYS) Wed Thu Mon (28 Nov) 7 (AYS) 8 Wed Tutorial 2 Tutorial 2 (05 – 11 Dec) MID TERM BREAK Wed Thu Mon (19 Dec) Wed T2_cont. Chapter 6: Second Law of Thermodynamic6.5. Relationship of entropy with other properties 6.5.1. Entropy of wet steam 6.5.2. Entropy of ideal gas 6.6. Reversible flow process 6.6.1. Constant Volume Process 6.6.2. Constant Pressure Process 6.6.3. Isothermal Process Tutorial 3 9 (AYS) T2 Chapter 6: Second Law of Thermodynamic6.1. Heat Engine & Heat Pump 6.2. Second Law of Thermodynamic 6.2.1. Temperature Scale Chapter 6: Second Law of Thermodynamic6.3. Entropy 6.3.1. Clausius Inequality 6.3.2. Prove of entropy as a property 6.3.3. Concept of entropy 6.3.4. Principle of increasing entropy 6.4. T-s diagram Thu Mon (12 Dec) 10 (TYH) Chapter 5: Thermodynamic Process5.1.4. Adiabatic Process 5.1.5. Polytrophic Process 5.2. Reversible Process 5.2.1. Boiler 5.2.2. Condenser 5.2.3. Nozzle Chapter 5: Thermodynamic Process5.2. Reversible Process 5.2.4. Diffuser 5.2.5. Turbine & Compressor 5.2.6. Throttling T3 6.6.4. Adiabatic Process 6.6.5. Polytrophic Process 6.7. Entropy and irreversibility 6.7.1. Isentropic efficiency 6.8. Exergy 6.8.1. Exergy from a heat source 6.8.2. Exergy of a closed system Chapter 6: Second Law of Thermodynamic6.8. Exergy 6.8.3. Exergy of an opened system 6.8.4. Exergy change 6.8.5. Principle of decreasing exergy 6.8.6. Second law efficiency Tutorial 3 MODULE 3- Chapter 7: Thermodynamic cycles7.1. Carnot cycle Chapter 7: Thermodynamic cycles7.2. Air cycle 7.2.1. External heat transferred cycle 7.2.1.1 Stirling Cycle 7.2.1.2 Ericsson Cycle 7.2.1.3 Brayton/Joule Cycle (closed) T3_cont. 11 (TYH) 12 (TYH) Thu Test 2 Mon (26 Dec) No Class Wed Chapter 7: Thermodynamic cycles7.2. Air cycle 7.2.2. Internal heat transfer cycle 7.2.2.1 Brayton cycle (Opened cycle) Thu Tutorial 4 T4 Mon (02 Jan 2023) No Class 02.01.2023, Monday – Replacement holiday for New Year 2023 Wed Chapter 7: Thermodynamic cycles7.2. Air cycle 7.2.2. Internal heat transfer cycle 7.2.2.2 Reciprocating engine cycle Thu Tutorial 4 Mon (09 Jan) 13 (TYH) Wed Thu Mon (16 Jan) 14 (TYH) Wed Thu 26.12.2022, Monday – Replacement holiday for Christmas T4_cont. Chapter 7: Thermodynamic cycles7.2. Air cycle 7.2.2. Internal heat transfer cycle 7.2.2.3 Air standard Otto cycle Chapter 7: Thermodynamic cycles7.2. Air cycle 7.2.2. Internal heat transfer cycle 7.2.2.4 Air standard diesel cycle 7.2.2.5 Mix cycle (dual combustion cycle) 7.3. Mean Effective Pressure Tutorial 5 T5 Chapter 7: Thermodynamic cycles7.4. Vapour cycle 7.4.1. Rankine cycle 7.4.1.1 Modified Rankine cycle Chapter 7: Thermodynamic cycles7.4. Vapour cycle 7.4.1. Rankine cycle 7.4.1.2 Increase of boiler pressure 7.4.1.3 Superheated cycle 7.4.1.4 Reheat cycle Tutorial 5 T5_cont. 23 & 24.01.2023, Monday & Tuesday – Chinese New Year Holiday Mon (23 Jan) No class Wed Chapter 7: Thermodynamic cycles7.4. Vapour cycle 7.4.2. Vapour Compression Cycle Thu Test 3 15 (TYH) 16 TEST 2 (Module 2) TEST 3 (Module 2) STUDY WEEK (30 Jan – 05 Feb 2023) 17 18 EXAM WEEKS (06 – 26 Feb 2023) 19 Dr. Ahmad Fikri Mustafa (AFM), Mr. Abdul Yamin Saad (AYS), Dr. Teoh Yew Heng (TYH)