Mechanical engineering handbook 2nd edition by Frank Kreith ISBN ‎ 084939418X 978-0135955963

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ISBN 10: ‎ 084939418X
ISBN 13:  978-0135955963
Author: Frank Kreith

his handbook covers virtually every aspect of mechanical engineering, including core principles, advanced topics, and emerging trends in the industry. The second edition typically incorporates updated research, advancements in technology, and modern methodologies, making it a more relevant resource for current mechanical engineering practices.

Mechanical engineering handbook 2nd Table of contents:

• Introduction to Mechanical Engineering 1.1. Overview of Mechanical Engineering
  1.2. Historical Development of Mechanical Engineering
  1.3. Key Disciplines in Mechanical Engineering
  1.4. Career Paths in Mechanical Engineering
  1.5. Emerging Trends and Technologies in Mechanical Engineering

• Chapter 1: Mechanics of Materials 2.1. Stress and Strain Analysis
  2.2. Deformation and Elasticity
  2.3. Torsion and Bending in Materials
  2.4. Material Strength and Failure Theories
  2.5. Fracture Mechanics and Fatigue

• Chapter 2: Thermodynamics 3.1. Basic Thermodynamic Principles
  3.2. Laws of Thermodynamics
  3.3. Thermodynamic Cycles and Processes
  3.4. Heat Engines and Refrigeration
  3.5. Exergy and Entropy Analysis

• Chapter 3: Fluid Mechanics 4.1. Fluid Properties and Fluid Statics
  4.2. Fluid Dynamics and Conservation Laws
  4.3. Laminar and Turbulent Flow
  4.4. Flow in Pipes and Channels
  4.5. Boundary Layer Theory and Fluid Machinery

• Chapter 4: Heat Transfer 5.1. Modes of Heat Transfer
  5.2. Heat Conduction, Convection, and Radiation
  5.3. Heat Exchangers and Thermal Systems
  5.4. Thermal Conductivity and Insulation Materials
  5.5. Advanced Heat Transfer Topics

• Chapter 5: Manufacturing Processes 6.1. Overview of Manufacturing Methods
  6.2. Casting, Molding, and Forging
  6.3. Machining Processes and CNC Systems
  6.4. Additive Manufacturing (3D Printing)
  6.5. Manufacturing Automation and Robotics

• Chapter 6: Materials Science 7.1. Classification of Engineering Materials
  7.2. Properties of Materials
  7.3. Material Selection for Engineering Applications
  7.4. Metals, Polymers, and Composites
  7.5. Nanomaterials and Smart Materials

• Chapter 7: Control Systems 8.1. Basic Control System Principles
  8.2. Feedback Control and Stability
  8.3. Control System Modeling and Simulation
  8.4. Sensors and Actuators in Control Systems
  8.5. Mechatronics and Automation

• Chapter 8: Structural Analysis and Design 9.1. Types of Structures and Loads
  9.2. Methods of Structural Analysis
  9.3. Design of Beams, Columns, and Frames
  9.4. Structural Materials and Load-Bearing Components
  9.5. Computer-Aided Structural Analysis (Finite Element Method)

• Chapter 9: Mechanical Vibrations 10.1. Principles of Vibrations and Oscillatory Motion
  10.2. Free and Forced Vibrations of Structures
  10.3. Vibration Control and Damping
  10.4. Modal Analysis and Resonance
  10.5. Vibration Measurement and Testing

• Chapter 10: Machine Design 11.1. Fundamentals of Machine Design
  11.2. Mechanical Components (Bearings, Gears, Shafts)
  11.3. Design for Reliability and Durability
  11.4. Fatigue and Failure Analysis in Design
  11.5. Computer-Aided Design (CAD) in Machine Design

• Chapter 11: Power Generation and Energy Systems 12.1. Types of Power Generation Systems (Steam, Gas, Nuclear, etc.)
  12.2. Renewable Energy Systems (Wind, Solar, Hydro)
  12.3. Energy Storage and Distribution
  12.4. Thermal Power Plants and Combined Cycles
  12.5. Energy Efficiency and Sustainable Technologies

• Chapter 12: Robotics and Automation 13.1. Introduction to Robotics
  13.2. Types of Robots and Robotic Systems
  13.3. Robot Kinematics and Dynamics
  13.4. Robotic Sensors and Actuators
  13.5. Applications of Robotics in Manufacturing and Service

• Chapter 13: Environmental and Sustainability Considerations in Mechanical Engineering 14.1. Environmental Impact of Engineering Projects
  14.2. Sustainable Design and Green Engineering Practices
  14.3. Lifecycle Analysis and Environmental Footprint
  14.4. Renewable Resources and Energy Efficiency
  14.5. Regulatory Standards and Environmental Policies

• Conclusion: The Future of Mechanical Engineering 15.1. The Role of Innovation in Mechanical Engineering
  15.2. Emerging Technologies and Research Directions
  15.3. The Role of Mechanical Engineers in Society

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