
Design of Machinery
by Robert Norton
6th Edition
Publisher: McGraw-Hill Higher Education
Book Details
| Print ISBN | 9781260113310 |
| eText ISBN | 9781260431315 |
| Publisher | McGraw-Hill Higher Education |
| Publishing Year | 2020 |
| Edition | 6th Edition |
| Language | English |
| Pages | 896 |
Modern mechanical engineering demands a profound, intuitive understanding of how physical components interact in dynamic motion. The publication of Design of Machinery 6th Edition addresses this critical academic and professional need by delivering a comprehensive, highly practical guide to the design, synthesis, and analysis of mechanisms. As industrial automation, robotics, and advanced manufacturing systems become increasingly complex, today's engineers must master the foundational principles of motion and force. This textbook serves as an essential bridge between theoretical physics and real-world mechanical applications, preparing students to solve complex engineering challenges. By focusing on the synthesis and analysis of machinery, it equips students with the analytical tools necessary to develop efficient, reliable, and innovative mechanical systems for contemporary industrial applications.
The scope of this textbook spans the entire spectrum of kinematics and kinetics of coplanar linkages and complex machinery. Robert Norton utilizes an intuitive, hands-on approach that balances analytical rigor with practical, real-world design considerations. Readers are guided through the classification of linkages, position analysis, velocity and acceleration determination, and the dynamics of reciprocating engines. By emphasizing both graphical and analytical synthesis methods, the text ensures that students do not just memorize formulas but actually grasp the physical behavior of moving systems. This dual perspective prepares future mechanical engineers to tackle complex design problems with confidence, creativity, and mathematical precision.
Tailored specifically for undergraduate and graduate mechanical engineering curricula, Design of Machinery 6th Edition is widely adopted in courses focusing on kinematics, dynamics of machinery, and machine design. This edition integrates seamlessly with modern digital learning environments, offering students versatile study aids such as global search, text-to-speech functionality, and offline access. Accessing the Design of Machinery 6th Edition PDF version allows students to study flexibly across devices while utilizing interactive tools to reinforce their understanding of complex mechanical concepts. With its robust pedagogical framework, clear explanations, and extensive problem sets, this textbook remains an indispensable resource for the next generation of mechanical designers.
Table of Contents
Chapter 1: Introduction
- • Purpose of Design
- • Design Process
- • Computer-Aided Design
- • Standards and Codes
Chapter 2: Kinematics Fundamentals
- • Degrees of Freedom
- • Types of Motion
- • Links, Joints, and Kinematic Chains
- • The Grashof Condition
Chapter 3: Graphical Linkage Synthesis
- • Synthesis Concepts
- • Two-Position Synthesis
- • Three-Position Synthesis
- • Quick-Return Mechanisms
Chapter 4: Position Analysis
- • Coordinate Systems
- • Loop Closure Equations
- • Algebraic Position Solution
- • Transmission Angles
Chapter 5: Analytical Linkage Synthesis
- • Four-Bar Analytical Synthesis
- • Three-Position Analytical Synthesis
- • Precision Points
Chapter 6: Velocity Analysis
- • Definition of Velocity
- • Instant Centers of Velocity
- • Analytical Velocity Analysis
- • Velocity Diagrams
Chapter 7: Acceleration Analysis
- • Definition of Acceleration
- • Analytical Acceleration Analysis
- • Coriolis Acceleration
- • Human Tolerance to Acceleration
Chapter 8: Cam Design
- • Cam Terminology
- • Double-Dwell Cam Design
- • Single-Dwell Cam Design
- • Sizing the Cam
Chapter 9: Gear Trains
- • Gear Tooth Theory
- • Simple Gear Trains
- • Compound Gear Trains
- • Epicyclic or Planetary Gear Trains
Chapter 10: Dynamics Fundamentals
- • Newton's Laws of Motion
- • Mass Moments of Inertia
- • Equivalent Systems
- • Dynamic Models
Chapter 11: Dynamic Force Analysis
- • Newtonian Solution Method
- • Virtual Work Method
- • Force Analysis of Linkages
- • Shaking Force and Shaking Moment
Chapter 12: Balancing
- • Static Balance
- • Dynamic Balance
- • Balancing Linkages
- • Effect of Balancing on Forces
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▶Research Sources (10)
- DESIGN OF MACHINERY
- Design of Machinery (6th Edition) PDF by Robert L. Norton
- Robert L. Norton Design of Machinery
- eBook Online Access for Design of Machinery
- Books by Robert L Norton
- Design of Machinery Textbook: Mechanisms & Machines ...
- Books by Robert L Norton
- Design of Machinery (6th Edition) PDF Download. ISBN13 - Facebook
- Design of Machinery (6th Edition) Norton PDF - Engineering - Scribd
- DESIGN OF MACHINERY 6th Edition Textbook Solutions | bartleby
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