Unit 1 1
Text: INTRODUCTION TO HEAT TRANSFER 1
Reading Material: BASIC MODES OF HEAT TRANSFER 9
Unit 2 14
Text :CONDUCTION 14
Reading Material: THERMAL RESISTANCE 23
Unit 3 27
Text :CONVECTION HEAT TRANSFER 27
Reading Material:THERMAL BOUNDARY LAYER 34
Unit 4 37
Text: INTRODUCTION TO THERMAL RADIATION 37
Reading Material:SIMPLE RADIANT HEAT EXCHANGE PROBLEM 45
Unit 5 48
Text: HEAT EXCHANGER TYPES 48
Reading Material:HEAT TRANSFER CALCULATIONS OF HEAT EXCHANGERS 56
Text: WHAT IS THERMODYNAMICS? 60
Unit 6 60
Reading Material:THE NATURE OF THERMODYNAMICS 68
Unit 7 71
Text: THERMODYNAMIC SYSTEM, PROPERTY, STATE, AND PROCESS 71
Reading Material: SYSTEMS, PROPERTIES, STATES, AND PROCESSES 80
Unit 8 84
Text:PRIMARY FORMULATION OF THE FIRST LAW OF THERMODYNAMICS 84
Reading Material:INTERNAL ENERGY 93
Text:TRADITIONAL FORMULATIONS OF THE SECOND LAW OF THERMODYNAMICS 98
Unit 9 98
Reading Material:INTRODUCTION TO THE SECOND LAW OF THERMODYNAMICS 109
Unit 10 114
Text:GENERAL METHODOLOGY FOR ENERGY ANALYSIS 114
Reading Material: PROBLEM-SOLVING TECHNIQUES 123
Unit 11 126
Text:CARNOT CYCLE 126
Reading Material:CARNOT CYCLE AND CARNOT'S THEOREM 136
Text:THE RANKINE CYCLE AND VAPOR REFRIGERATION SYSTEMS 140
Unit 12 140
Reading Material:THE DIESEL CYCLE AND THE STIRLING CYCLE 147
Unit 13 152
Text:HISTORICAL DEVELOPMENT OF FLUID MECHANICS 152
Reading Material:SCOPE AND SIGNIFICANCE OF FLUID MECHANICS 164
Unit 14 167
Text: DEFINITION OF A FLUID 167
Reading Material:THE CONCEPT OF A CONTINUUM AND CLASSIFICATION OF FLUID FLOW 175
Unit 15 179
Text:CURRENTS IN CHAOS 179
Reading Material:THE STUDY OF TURBULENCE 188
Unit 16 191
Text:THE BOUNDARY LAYER THEORY 191
Reading Material:CIRCULATION AND FLOW AROUND AN AIRFOIL 199
Unit 17 203
Text:SHOCK WAVE 203
Reading Material:MOTION WITH A sUPERSONIC SPEED 210
Unit 18 214
Text:NUMERICAL METHODS IN GAS DYNAMICS 214
Reading Material:DIMENSIONAL ANALYSIS AND PHYSICAL SIMILARITY 223
SUPPLEMENTARY READINGS 228
1. MACHINE DESIGN AND DESIGNING FOR PRODUCTION 228
2. MACHINE ELEMENTS AND DESIGN OF MACHINE ELEMENTS 229
3. MATERIALS AND THE NATURE OF MATERIALS SCIENCE 232
4. FOUR ES FOR MATERIALS PRODUCTION AND APPLICATION 233
5. HEAT TREATMENT 234
6. FORMING AND MACHINING 236
7. ENGINE LATHE 237
8. THE NEED FOR NUMERICAL CONTROL 238
9. DIMENSIONING 240
10. HOT-WORKING PROCESSES 242
VOCABULARY 244
PIIRASES AND EXPRESSIONS 294