Cover -- Title Page -- Copyright -- ABOUT THE AUTHOR -- TABLE OF CONTENTS -- List of Figures -- List of Tables -- List of Abbreviations -- Preface -- Chapter 1 Fundamentals of Physics -- 1.1. Introduction -- 1.2. Classical Physics -- 1.3. Classical Randomness and Ignorance Of Information -- 1.4. Quantum Physics -- 1.5. Observation, Data, and The Principles Of Physics -- References -- Chapter 2 Forces and Newton's Laws -- 2.1. Introduction -- 2.2. Newton's First And Third Laws of Motion -- 2.3. Newton's Second Law Of Motion -- 2.4. Force of Friction, 2.5. The Law Of Attraction Among Two Bodies -- 2.6. Centripetal Force -- 2.7. Gravitational And Inertial Mass Equivalence -- 2.8. Escape Velocity From The Earth -- References -- Chapter 3 Space, Time, and Motion -- 3.1. Introduction -- 3.2. Measurement Of The Physical Quantities -- 3.3. The International System (SI) -- 3.4. Space And Time -- 3.5. Vectors -- 3.6. Operations With Vectors -- 3.7. Scalar Product of The Two Vectors -- 3.8. Vector Product of The Two Vectors -- 3.9. Bound Vectors, Couple, Moment -- 3.10. Velocity -- 3.11. Acceleration -- 3.12. Motion On The Plane, 3.13. Vectors, Pseudovectors, Scalars, And Pseudoscalars -- References -- Chapter 4 Fundamentals of Engineering Mechanics -- 4.1. Introduction -- 4.2. Mechanical Models -- 4.3. Classical And The Quantum Mechanics -- 4.4. Principles Of The Mechanics (Newton's Laws -- 1687) -- 4.5. Vectors -- 4.6. Newton Laws -- References -- Chapter 5 Work, Energy, and Power -- 5.1. Introduction -- 5.2. Measurement Of Energy And Work -- 5.3. Work Was Done To Burn Off Calories -- 5.4. Kinetic Energy -- 5.5. Gravitational Potential Energy -- 5.6. Potential Energy In Non-Uniform Gravitational Field, 5.7. Principle Of Energy Conservation -- 5.8. Thermal Energy -- 5.9. Power -- References -- Chapter 6 Structure of Materials -- 6.1. Introduction -- 6.2. Atomic Bonds -- 6.3. Solid-State Structure -- 6.4. Crystal Structure -- 6.5. Solidification -- 6.6. Anisotropy And Isotropy -- 6.7. Crystal Defects -- References -- Chapter 7 Mechanical Properties and Performance of Materials -- 7.1. Introduction -- 7.2. Mechanical Behavior -- 7.3. Stress And Strain -- 7.4. Fundamentals Definitions In The Mechanics Of Materials -- 7.5. Tensile Properties -- 7.6. Compressive, Bearing, And Shear Properties, and 7.7. Measures Of Ductility -- 7.8. Creep And The Stress Rupture Properties -- 7.9. Toughness -- 7.10. Plastic/Elastic Deformation -- 7.11. Fatigue -- References -- Chapter 8 Heat Transfer by Conduction, Convection, and Radiation -- 8.1. Introduction -- 8.2. Approaches Of Heat Transfer -- 8.3. Conduction -- 8.4. Convection -- 8.5. Biot Number -- 8.6. Radiation -- 8.7. Combined Heat Transfer -- References -- Index -- Back Cover
