Introduction to the Design and Behavior of Bolted Joints
portes grátis
Introduction to the Design and Behavior of Bolted Joints
Non-Gasketed Joints
Oliver, Michael; Bickford, John H.
Taylor & Francis Ltd
12/2022
584
Dura
Inglês
9780367198916
15 a 20 dias
1292
Descrição não disponível.
Basic Concepts. Materials. Stress and Strength Considerations. Threads and Their Strength. Stiffness and Strain Considerations. Introduction to Assembly. Torque Control of Preload. Torque and Turn Control. Other Ways to Control Preload. Theoretical Behavior of the Joint under Tensile Loads.Behavior of the Joint Load in Tension: A Closer Look. In-Service Behavior of a Shear Joint. Introduction to Joint Failure. Self-Loosening. Fatigue Failure. Corrosion. Selecting Preload for an Existing Joint. Design of Joints Loaded in Tension. Design of Joints Loaded in Shear. Appendix A: Units and Symbol Log. Appendix B: Glossary of Fastener and Bolted Joint Terms. Appendix C: Sources of Bolting Information and Standards. Appendix D: English and Metric Conversion Factors. Appendix E: Tensile Stress Areas for English and Metric Threads with Estimated ''Typical'' Preloads and Torques for As-Received Steel Fasteners. Appendix F: Basic Head, Thread, and Nut Lengths. Index.
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Mechanical joints;Statistical methods;Corrosion;Joint failure;Fatigue;Self-loosening;Stretch control;Bolted Joints;Fasteners;Reliability;Ungasketed bolts;Failure modes;Torque;Stress;Strain;Clamping force;Shear joints;Ultrasonic measurement;Tensile loads;Joint Members;Tension Load Cell;Bolt Tension;Initial Preload;Gasketed Joints;Assembly Preload;Joint Diagram;Minimum Clamping Force;Residual Preload;Internal Thread;Bolt Load;In-service Clamping Force;Per-bolt Clamping Force;Structural Steel Joint;External Thread;Elastic Interactions;Threaded Fastener;Grip Length;Maximum Material Condition;Nut Factor;Slip Critical Joints;Slip Resistance
Basic Concepts. Materials. Stress and Strength Considerations. Threads and Their Strength. Stiffness and Strain Considerations. Introduction to Assembly. Torque Control of Preload. Torque and Turn Control. Other Ways to Control Preload. Theoretical Behavior of the Joint under Tensile Loads.Behavior of the Joint Load in Tension: A Closer Look. In-Service Behavior of a Shear Joint. Introduction to Joint Failure. Self-Loosening. Fatigue Failure. Corrosion. Selecting Preload for an Existing Joint. Design of Joints Loaded in Tension. Design of Joints Loaded in Shear. Appendix A: Units and Symbol Log. Appendix B: Glossary of Fastener and Bolted Joint Terms. Appendix C: Sources of Bolting Information and Standards. Appendix D: English and Metric Conversion Factors. Appendix E: Tensile Stress Areas for English and Metric Threads with Estimated ''Typical'' Preloads and Torques for As-Received Steel Fasteners. Appendix F: Basic Head, Thread, and Nut Lengths. Index.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Mechanical joints;Statistical methods;Corrosion;Joint failure;Fatigue;Self-loosening;Stretch control;Bolted Joints;Fasteners;Reliability;Ungasketed bolts;Failure modes;Torque;Stress;Strain;Clamping force;Shear joints;Ultrasonic measurement;Tensile loads;Joint Members;Tension Load Cell;Bolt Tension;Initial Preload;Gasketed Joints;Assembly Preload;Joint Diagram;Minimum Clamping Force;Residual Preload;Internal Thread;Bolt Load;In-service Clamping Force;Per-bolt Clamping Force;Structural Steel Joint;External Thread;Elastic Interactions;Threaded Fastener;Grip Length;Maximum Material Condition;Nut Factor;Slip Critical Joints;Slip Resistance