Mechanical Engineer’s Handbook – Myer Kutz – 2nd Edition

Contributors
Preface to The Second Edition
Preface to The First Edition

Part 1 : Materials and Mechanical Design
Chapter 1 : Structure of Solids
Chapter 2 : Steel
Chapter 3 : Aluminum and Its Alloys
Chapter 4 : Copper and Its Alloys
Chapter 5 : Nickel and Its Alloys
Chapter 6 : Titanium and Its Alloys
Chapter 7 : Magnesium and Its Alloys
Chapter 8 : Plastic and Elastomers
Chapter 9 : Composite Materials and Mechanical Design
Chapter 10 : Stress Analysis
Chapter 11 : Concurrent Engineering Revisited : How Far Have We Come?
Chapter 12 : Concurrent Engineering Technologies
Chapter 13 : Computer-Aided Design
Chapter 14 : Virtual Reality–A New Technology for the Mechanical Engineer
Chapter 15 : Ergonomic Factors in Design
Chapter 16 : Electronic Packaging
Chapter 17 : Design Optimization–An Overview
Chapter 18 : Failure Considerations
Chapter 19 : Total Quality Management in Mechanical Design
Chapter 20 : Reliability in Mechanical Design
Chapter 21 : Lubrication of Machine Elements
Chapter 22 : Seal Technology
Chapter 23 : Vibration and Shock
Chapter 24 : Noise Measurement and Control
Chapter 25 : Nondestructive Testing

Part 2 : Systems and Controls
Chapter 26 : Systems Engineering : Analysis, Design, and Information Processing for Analysis and Design
Chapter 27 : Mathematical Models of Dynamic Physical Systems
Chapter 28 : Basic Control Systems Design
Chapter 29 : Measurements

Part 3 : Manufacturing Engineering
Chapter 30 : Product Design for Manufacturing and Assembly (DFM&A)
Chapter 31 : Classification Systems
Chapter 32 : Production Planning
Chapter 33 : Production Processes and Equipment
Chapter 34 : Metal Forming, Shaping, and Casting
Chapter 35 : Mechanical Fasteners
Chapter 36 : Statistical Quality Control
Chapter 37 : Computer-Integrated Manufacturing
Chapter 38 : Material Handling

Part 4 : Energy, Power, and Pollution Control Technology
Chapter 39 : Thermophysical Properties of Fluids
Chapter 40 : Fluid Mechanics
Chapter 41 : Thermodynamics Fundamentals
Chapter 42 : Exergy Analysis and Entropy Generation Minimization
Chapter 43 : Heat Transfer Fundamentals
Chapter 44 : Combustion
Chapter 45 : Furnaces
Chapter 46 : Gaseous Fuels
Chapter 47 : Liquid Fossil Fuels from Petroleum
Chapter 48 : Coals, Lignite, Peat
Chapter 49 : Solar Energy Applications
Chapter 50 : Geothermal Resources : An Introduction
Chapter 51 : Energy Auditing
Chapter 52 : Heat Exchangers, Vaporizers, Condensers
Chapter 53 : Air Heating
Chapter 54 : Cooling Electronic Equipment
Chapter 55 : Pumps and Fans
Chapter 56 : Nuclear Power
Chapter 57 : Gas Turbines
Chapter 58 : Steam Turbines
Chapter 59 : Internal Combustion Engines
Chapter 60 : Hydraulic Systems
Chapter 61 : Air Compressors
Chapter 62 : Refrigeration
Chapter 63 : Cryogenic Systems
Chapter 64 : Indoor Environmental Control
Chapter 65 : Air Pollution-Control Technologies
Chapter 66 : Water Pollution-Control Technology

Part 5 : Management, Finance, Quality, Law, and Research
Chapter 67 : Management Control of Projects
Chapter 68 : Managing People
Chapter 69 : Finance and the Engineering Function
Chapter 70 : Detailed Cost Estimating
Chapter 71 : Investment Analysis
Chapter 72 : Total Quality Management and the Mechanical Engineer
Chapter 73 : Registrations, Certifications, and Awards
Chapter 74 : Safety Engineering
Chapter 75 : What the Law Requires of the Engineer
Chapter 76 : Patents
Chapter 77 : Electronic Information Resources : Your On-Line Bookshelf
Chapter 78 : Sources of Mechanical Engineering Information

Index