Mechanical Engineering Systems

Mechanical Engineering Systems by Richard Gentle, ‎Peter Edwards, ‎W. Bolton. The authors of Mechanical Engineering Systems have taken an efficient approach to this book, bringing the subject to life through a lively text supported by numerous activities and case studies. The reason why this book will appeal to such a broad audience is that they present the core subject areas for engineering studies in a lively, student-centered way, with crucial theory delivered in real-world contexts, and a pedagogical structure that supports independent learning and classroom use.

The Contents of Mechanical Engineering Systems

• Introduction: the basis of engineering
• 1.1 Real engineering
• 1.2 Units
• 1.3 Units used in this book
• 2 Thermodynamics
• Mechanical Design Engineering Handbook
• 2.1 Heat energy
• 2.2 Perfect gases, gas laws, gas processes
• 2.3 Work done and heat energy supplied
• 2.4 Internal combustion engines
• 2.5 The steady flow energy equation
• 2.6 Steam
• 2.7 Refrigeration
• 2.8 Heat transfer
• 3 Fluid mechanics
• 3.1 Hydrostatics – fluids at rest
• 3.2 Hydrodynamics – fluids in motion
• 4 Dynamics
• 4.1 Introduction to kinematics
• 4.2 Dynamics – analysis of motion due to forces
• 5 Statics
• Mechanical Fastening Joining and Assembly
• 5.1 Equilibrium
• 5.2 Structures
• 5.3 Stress and strain
• 5.4 Beams
• 5.5 Cables
• Machine Design PDF
• 5.6 Friction
• 5.7 Virtual work
• 5.8 Case study: bridging gaps.

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