Presents time-tested standard as well as reliable emerging knowledge on threaded fasteners and joints ”showing engineers how to select parts and materials, predict behavior, control assembly processes, and solve on-the-job problems.
Tab Article
Preface
Contributors
Part 1 : Material Properties and Selection Chapter 1 : Fastener Materials Chapter 2 : Joining with Aluminum Alloy Bolts and Nuts Chapter 3 : Thread Lubricants Chapter 4 : Adhesives and Sealants for Bolting
Part 3 : Threaded Fasteners Chapter 8 : Screw Threads Chapter 9 : Fastener Head Markings Chapter 10 : Computing the Strength of a Fastener Chapter 11 : Computing the Stiffness of a Fastener Chapter 12 : Metric Fasteners Chapter 13 : Washers : A Guide to Their Function and Selection Chapter 14 : Belleville Springs Chapter 15 : Vibration-Resistant Fasteners Chapter 16 : Concrete Anchors Chapter 17 : Aerospace Bolts
Part 4 : Design and Analysis of Bolted Joints Chapter 18 : VDI Joint Design Procedures Chapter 19 : Design of Gasketed Joints Chapter 20 : ASME Boiler and Pressure Vessel Code Design Rules for Bolted Flanges Chapter 21 : Design of Joints Loaded in Shear Chapter 22 : Design Rules for Structural Steel Bolting
Part 5 : Assembly of Bolted Joints Chapter 23 : Behavior of a Bolted Joint During Assembly Chapter 24 : Tightening Groups of Fasteners in a Structure and the Resulting Elastic Chapter 25 : Hydraulically Powered Wrenches Chapter 26 : Hydraulic Stud Tensioning Chapter 27 : The Multi-Jackbolt Tensioning System Chapter 28 : Selecting Fastening Strategies and Equipment for Mass Production Chapter 29 : Torque Control of Assembly Chapter 30 : Stretch Control Chapter 31 : Increasing Joint Performance by Tightening Bolts to Yield Chapter 32 : Torque—Angle Tension Control Chapter 33 : Control with Direct Tension Indicators Chapter 34 : Use of Ultrasonics in Bolted Joints Chapter 35 : Selecting Preload for an Existing Joint
Part 6 : The Joint in Service Chapter 36 : Joint Diagrams Chapter 37 : Bolt Fatigue Chapter 38 : Corrosion Chapter 39 : The Susceptibility of Fasteners to Hydrogen Embrittlement and Stress Chapter 40 : Vibration- and shock-Induced Loosening
Part 7 : Testing and Inspection of Bolts and Joints Chapter 41 : Statistical Design and Analysis of Multivariable Experiments Chapter 42 : Field Testing of Structural Bolts and Installation Tools Using a Bolt Tension Calibrator Chapter 43 : Torque–Tension Audits
Part 8 : Education and Training Chapter 44 : Fastening Technology Education