Title: Design Engineer's Sourcebook Author: K. L. Richards ISBN: 1498763413 / 9781498763417 Format: Hard Cover Pages: 1182 Publisher: CRC Press Year: 2018 Availability: 2 to 3 weeks
Description
Contents
Design Engineer's Sourcebook provides a practical resource for engineers, product designers, technical managers, students, and others needing a design-oriented reference. This volume covers the mathematics, mechanics, and materials properties needed for analysis and design, with numerous examples. A wide range of mechanical components and mechanisms are then covered, with case studies interspersed to show real engineering practice. Manufacturing is then surveyed, in the context of mechanical design. The book concludes with information on clutches, brakes, transmission and other topics important for vehicle engineering. Tables, figures and charts are included for reference.
Provides a practical review of math, mechanics, and materials properties
Covers all major mechanical components, with numerous examples and cases
Examines a broad range of mechanisms and fasteners
Utilizes a design perspective, reflecting the author's longtime experience as a design engineer
Includes many illustrations, tables, and charts for practical reference
Preface
Section I : Reference
Chapter 1 : Mathematics Chapter 2 : Introduction to Numerical Methods Chapter 3 : Probability Chapter 4 : Statistics Chapter 5 : Properties of Sections and Figures Chapter 6 : Properties of Engineering Materials
Section II : Mechanics
Chapter 7 : Statics Chapter 8 : Dynamics Chapter 9 : Mechanical Vibrations Chapter 10 : Control Systems Chapter 11 : Physics Chapter 12 : Thermodynamic Basics Chapter 13 : Fluid Mechanics Chapter 14 : Introduction to Analytical Stress Analysis and the Use of Mohr’s Circle Chapter 15 : Introduction to Experimental Stress Analysis Chapter 16 : Introduction to Fatigue and Fracture
Section III : Design of Mechanical Elements
Chapter 17 : Introduction to Material Selection Chapter 18 : Beams Chapter 19 : Torsion of Solid Sections Chapter 20 : Combined Torsion and Bending Chapter 21 : Shaft Design Basics Chapter 22 : Keys and Spline Calculations Chapter 23 : Columns and Struts Chapter 24 : Eccentric Loading Chapter 25 : Thick Cylinders Chapter 26 : Compound Cylinders Chapter 27 : Flat Plates Chapter 28 : Methods of Attachments Chapter 29 : The Design and Analysis of Helical Compression Springs Manufactured from Round Wire Chapter 30 : Design and Analysis of Lugs and Shear Pins Chapter 31 : Mechanical Fasteners Chapter 32 : Limits and Fits Chapter 33 : Energy Systems (Flywheels) Chapter 34 : Introduction to Linkages Chapter 35 : Introduction to Cams and Followers Chapter 36 : Geared Systems Chapter 37 : Power Screws Chapter 38 : Clutches Chapter 39 : Design of Brakes Chapter 40 : Couplings Chapter 41 : Bearings Chapter 42 : Engineering Seals Chapter 43 : Belt Drives Chapter 44 : Roller Chain Drives Chapter 45 : Lubrication Chapter 46 : Introduction to Stepper Motors and Their Drives Chapter 47 : Squirrel-Cage Motors Chapter 48 : Synchronous Motors Chapter 49 : Introduction to Reverse Engineering Chapter 50 : General Tables