Engineering Fundamentals of the Internal Combustion Engine by WILLARD W. PULKRABEK

Engineering Fundamentals of the Internal Combustion Engine 

by WILLARD W. PULKRABEK 

Contents 

1. Introduction

2. Operating Characteristics
3. Engine Cycles
4. Thermochemistry and Fuels
5. Air and Fuel Induction
6. Fluid Motion Within xombustion chamber
7. Combustion
8. Exhaust Flow
9. Emissions and Air Pollution
10. Heat transfer in engines
11. Friction and lubrication

Total page : 426
Size : 8.11 MB
 
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A Textbook of Machine Design by R.S.KHURMI AND J.K.GUPTA

A Textbook of Machine Design 

by R.S.KHURMI AND J.K.GUPTA

• Introduction 

• Engineering Materials and their Properties 

• Manufacturing Considerations in Machine Design 

• Simple Stresses in Machine Parts 

• Torsional and Bending Stresses in Machine Parts 

• Variable Stresses in Machine Parts 

• Pressure Vessels 

• Pipes and Pipe Joints 

• Riveted Joints 

• Welded Joints 

• Screwed Joints 

• Cotter and Knuckle Joints 

• Keys and Coupling 

• Screwed Joints 

• Levers 

• Columns and Struts 

• Power Screws 

• Flat belt Drives 

• Flat Belt Pulleys 

• V-belt and Rope Drives 

• Chain Drives

• Flywheel • Springs 

• Clutches 

• Brakes 

• Sliding Contact Bearings 

• Rolling Contact Bearings 

• Spur Gears 

• Helical Gears 

• Bevel Gears 

• Worm Gears 

• Internal Combustion Engine Parts

PDF SIZE: 23 MB

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Strength of Materials 4E by Singer and Pytel Text book & Solution

Strength of Materials 4E by Singer and Pytel 

Text book & Solution

Contents: 

1. Simple stress
2. Simple strain
3. Torsion

4. Shear and Moment in Beams 

5. Stresses in Beam

6. Beam Deflection

7. Retrained Beams 

8. Continous Beam

9. Combined Beams 

10. Reinforced Beams 

11.  Columns 

12. Riveted, Bolted, and Welded Connections 

13. Special Topics

14. Inelastic Action

TEXT BOOK SIZE : 27.3 MB
SOLUTION PDF SIZE: 10.9 MB

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Heat Transfer by J P Holman

Heat Transfer by J P Holman

Contents:
1. Introduction

2. Steady-State Conduction—One Dimension

3. Steady-State Conduction—Multiple Dimensions

4. Unsteady-State Conduction

5. Principles of Convection

6. Empirical and Practical Relations for Forced-Convection Heat Transfer

7. Natural Convection Systems

8. Radiation Heat Transfer

9. Condensation and Boiling Heat Transfer

10. Heat Exchangers

11. Mass Transfer

12. Summary and Design Information

PDF SIZE: 10.7 MB
PDF Quality: Excellent

Total Page: 759

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A Heat Transfer Textbook by John H Lienhard

A Heat Transfer Textbook by John H Lienhard

Contents:

1. Introduction

2. Heat Conduction Concepts, Thermal Resistance, and the Overall Heat Transfer Coeficient

3. Heat Exchanger Design

4. Analysis of Heat Conduction and some Steady One-Dimensional Problems 

5. Transient and multidimensional heat conduction

6. Laminar and Turbulent Boundary Layer

7. Forced Convection in a variety of Configarations

8. Natural Convection

9. Heat Transfer in Boiling

10. Radiative Heat Transfer


PDF SIZE: 8.39 MB
PDF Quality: Excellent
Total Pages : 762

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Introduction to heat transfer Vedat S Arpachi

Introduction to heat transfer Vedat S Arpachi

Contents:
1. Foundations of Heat Transfer
2. Steady Conduction

3. Unsteady/Steady, Multidimensional Conduction

4. Computational Conduction

5. Foundations of Conduction

6. Correlations for Convection

7. Heat Exchangers

8. Foundation of  Radiation

9. Enclosure Radiation

10. Gas Radiation

11. Phase Change

PDF SIZE: 23.9 MB
PDF Quality: Excellent

Total Pages: 625

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Principles of Heat Transfer by F. Kreith Raj M. Manglik M S Bohn

Principles of Heat Transfer by F. Kreith Raj M. Manglik M S Bohn

Contents:
1. Basic Modes of Heat Transfer

2. Heat Conduction 

3. Numerical Analysis of Heat Conduction

4. Analysis of Convection Heat Transfer

5. Natural Convection

6. Forced Convection Inside Tubes and Ducts 

7. Forced Convection over Exterior Surfaces 

8. Heat Exchangers 

9. Heat Transfer by Radiation

10. Heat Transfer with Phase Change 

PDF SIZE: 39.4 MB
PDF Quality : Excellent 

Total Pages: 785 

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Fundementals of heat and mass transfer by Kotandaraman

Fundamentals of heat and mass transfer by Kotandaraman

Contents:
1. An Overview of Heat Transfer

2. Steady State Conduction

3. Conduction with Heat Generation

4. Heat Transfer with Extended Surfaces (Fins)

5. Two dimensional Steady State Heat Conduction

6. Transient Heat Conduction

7. Convection

8. Convection Heat Transfer- Practical Correlations-Flow over Surfaces

9. Forced Convection

10. Natural Convection 

11. Phase Change Processes- Boiling, Condensation, Freezing and Melting

12. Heat Exchangers

13. Thermal radiation

14. Mass Transfer

PDF SIZE: 6.32 MB
PDF Quality: Excellent
Total Pages: 730

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Engineering Thermodynamics (Third Edition)- R.K.Rajput

Engineering Thermodynamics (Third Edition)- R.K.Rajput

Contents:

1. Introduction

2. Basic Concepts of Thermodynamics
3. Properties of Pure Substances 

4. First Law of Thermodynamics

5. Second Law of Thermodynamics and Entropy

6. Availability and Irreversibility

7. Thermodynamics Relations

8. Ideal and Real Gas

9. Gases and Vapour Mixtures

10. Psychrometrics

11. Chemical Thermodynamics
12. Vapour Power Cycles
13. Gas Power Cycle
14. Refrigeration Cycles
15. Heat Transfer
16. Compressible Flow

PDF SIZE: 7.28
PDF Quality : Excellent

Total Pages: 967

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Heat and Mass Transfer Er. R. K. Rajput

Heat and Mass Transfer Er. R. K. Rajput

Contents:

1. Basic Concepts

2. Conduction- Steady-state One Dimensional

3. Conduction-Steady-State two Dimensions and three Dimensions
4. Conduction-Unsteady-State(Transient)

5. Introduction to Hydrodynamics

6. Dimensional Analysis

7. Forced Convection

8. Free Convection

9. Boiling and Condensation

10. Heat Exchangers

11. Thermal Radiation- Basic Relations

12. Radiation Exchange Between Surface

13. Mass Transfer


PDF SIZE : 34.9 MB
PDF Quality: Excellent
Total Pages : 920

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Heat and Mass Transfer by Cengel

Heat and Mass Transfer by Cengel

Contents:
1. Basic of Heat Transfer
2. Heat Conduction Equation
3. Steady Heat Conduction
4. Transient Heat Conduction
5. Numerical Methods in Heat Conduction
6. Fundamentals of Convection
7. External Forced Convection
8. Internal Forced Convection
9. Natural Convection
10. Boiling and Condensation
11. Fundamentals of Thermal Radiation
12. Radiation Heat Transfer
13. Heat Exchangers
14. Mass Transfer
15. Cooling of Electronics Equipment

PDF SIZE: 9.96 MB
PDF Quality : Excellent
Total Pages : 876

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A Textbook of Engineering Mechanics by RS khurmi

A Textbook of Engineering Mechanics by RS khurmi

One of the best book for Engineering Mechanics.

Contents:

1. Introduction
2. Composition and Resolution of Forces
3. Moments and Their Applications
4. Parallel Forces and Couples
5. Equilibrium of Forces
6. Centre of Gravity
7. Moment of Inertia
8. Principles of Friction
9. Applications of Friction
10. Principles of Lifting Machines
11. Simple Lifting Machines
12. Support Reactions
13. Analysis of Perfect Frames (Analytical Method)
14. Analysis of Perfect Frames (Graphical Method)
15. Equilibrium of Strings
16. Virtual Work
17. Linear Motion
18. Motion Under Variable Acceleration
19. Relative Velocity
20. Projectiles
21. Motion of Rotation
22. Combined Motion of Rotation and Translation
23. Simple Harmonic Motion
24. Laws of Motion
25. Motion of Connected Bodies
26. Helical Springs and Pendulums
27. Collision of Elastic Bodies
28. Motion Along a Circular Path
29. Balancing of Rotating Masses
30. Work, Power and Energy
31. Kinetics of Motion of Rotation
32. Motion of Vehicles 6
33. Transmission of Power by Belts and Ropes
34. Transmission of Power by Gear Trains
35. Hydrostatics
36. Equilibrium of Floating Bodies

PDF SIZE: 18.5 MB
PDF Quality: Excellent
Total Pages: 764


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A Textbook of Fluid Mechanics and hydraulic machines by Dr. r k bansal

A Textbook of Fluid Mechanics and hydraulic machines
by Dr. r k bansal

One of the best book so far for Fluid Mechanics and Hydraulic Machines. If someone wants to take preparation then i think this single book is enough for taking preparation. Great explanation, lots of mathematical problems and solution.

Contents

1. Properties of Fluids

2. Pressure and Its Measurement 

3. Hydrostatic Forces on Surface

4. Buoyancy and Flotation

5. Kinematics of Flow and Ideal Flow 

6. Dynamics of Fluid Flow

7. Orifices and Mouthpieces

8. Notches and weirs 

9. Viscous Flow 

10. Turbulent Flow 

11. Flow Through Pipes

12. Dimensional and Model Analysis

13. Boundary Layer Flow

14. Forces on sub-merged Bodies 

15. Compressible Flow

16. Flow in Open Channels 

17. Impact of Jets and Jet Propulsion 

18. Hydraulic Machines - Turbine 

19. Centrifugal Pump

20. Reciprocating Pump

21. Fluid System

PDF SIZE: 30.7 MB

PDF Quality : Excellent

Total Pages : 1130

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Power Plant Engineering by G.R.Nagpal

Power Plant Engineering by G.R.Nagpal

Contents:

1. Sources of Energy

2. Power Plant Economics

3. Steam Power Plant

4. Diesel Engine Power Plant

5. Nuclear Power Plant

6. Hydro-Electric Power Plant 

7. Gas Turbine Power Plant

8. Instrumentation 

9. Miscellaneous Problems 

10. Major Electrical Equipment in Power Plant  

11. Non- Conventional Sources of Energy

12. Environmental Pollution and its Control

13.  Direct Energy Conversion Systems

14. Objective Type Questions

PDF SIZE: 221 MB
PDF Quality: Excellent
Total Pages: 730

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A Textbook of Thermal Engineering by R. S. Khurmi & J. K Gupta

A Textbook of Thermal Engineering by R. S. Khurmi & J. K Gupta

One of the vital book for mechanical engineering (ME) students. All the topics are covered in this book. For starting preparation for any job one should start with this one first.
CONTENTS

1. Introduction
2. Properties of Perfect Gases
3. Thermodynamic Processes of Perfect Gases
4. Entropy of Perfect Gases
5. Kinetic Theory of Gases
6, Thermodynamic Air Cycles
7. Formation and Properties of Steam
8. Entropy of Steam
9. Thermodynamic Processes of Vapour
10. Thermodynamic Vapour Cycles
11. Fuels
12. Combustion of Fuels
13. Steam Boilers
14. Boiler Mountings and Accessories
1.5. performance of Steam Boilers
16. Boiler Draught
17. Simple Steam Engines
18. Compound Steam Engines
19. Performance of Steam Engines
20. Steam Condensers
21. Steam Nozzles
22. Impulse Turbines
23. Reaction Turbines
24. Performance of Steam Turbines
25. Modern Steam Turbines
26. Internal Combustion Engines
27. Testing of Internal Combustion Engines
28. Reciprocating Air Compressors
29. Rotary Air Compressors
30. Performance of Air Compressors
31. Air Motors
32. Gas Turbines
33. Performance of Gas Turbines
34. Introduction to Heat Transfer
35. Air Refrigeration Cycles
36. Vapour Compression Refrigeration Systems
37. Psychrometry
38. Air Conditioning Systems
39. General Thermodynamic Relations
40. Variable Specific Heat

 
PDF SIZE: 98 MB (Apprx.)
PDF Quality : Excellent
Total pages : 905

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