Androgamer

TABLE OF CONTENTS Preface ix Acknowledgment xiii Part 1: Financial Analysis and Choice of Alternatives 1. Introduction 3 Costs and Benefits 4 Importance of Time (Time Value of Money) 5 Interest Rate 6 Continuous Compounding of Interest 7 Effective Rate of Interest 7 Nominal Interest Rate 8 Equivalence 9 Cash Flow Diagram 10 Inclusion of Nonmonetary Costs and Benefits 13 Importance of Cash Flow Diagram 13 The Process of Decision Making 15 Financial Analysis Methods 16 Derivation of the Formulae 16

ME 6301 - ENGINEERING THERMODYNAMICS COMPILED BY BIBIN, AP/MECH, RMKCET UNIT I - BASIC CONCEPT AND FIRST LAW 1. What is meant by Thermodynamics? Thermodynamics is the science of energy transfer and its effects on physical properties of substances. 2. Define the term thermal engineering. Thermal engineering is the science that deals with the energy transfer to practical applications such as energy transfer power generation, refrigeration, gas compression and its effect on the properties of working substance. 3. What is meant by Macroscopic approach in thermodynamics? Macroscopic thermodynamics deals with the effects of the action of many molecules concerned. 4. What is Microscopic (or) Statistical thermodynamics? Microscopic approach in thermodynamics deals with the study of the behaviour of the system by summing up the behaviour of each molecule 5. The two approaches by which the behaviour of matter can be studied in thermodynamics are ................. and ...................

IC Engine Table of content Topic Page 1. Basics....................................................................................................2-30 2. Ideal cycles of IC Engine....................................................................31-54 3. Working of a four and two stoke Engine............................................55-60 4. Testing of IC Engine and Super Charger............................................61-78 5. Combustion in IC Engine..................................................................79-103

Heat Transfer Table of content Topic Page 1. Basics....................................................................................................2-13 2. Conduction..........................................................................................14-53 3. Fins......................................................................................................54-66 4. Unsteady State heat conduction..........................................................67-79 5. Heat Exchanger.................................................................................80-113 6. Radiation........................................................................................ 114-158 7. Convection......................................................................................159-206 8. Free or Natural Convection.............................................................207-210 9. Boiling.....................................................................................

Fluid Mechanics  Table of content Topic Page 1. Fluid Properties.....................................................................................2-43  2. Pressure Measurement.........................................................................44-61 3. Hydrostatics Forces.............................................................................61-77 4. Buoyancy and Floatation.....................................................................78-97 5. Fluid Kinematics...............................................................................98-139  6. Fluid Dynamics.............................................................................. 140-170 7. Laminar Pipe flow...........................................................................171-188 8. Flow Through Pipes........................................................................189-215 9. Boundary Layer Theory................................................................