Fretting Wear, Fatigue, Damage, and Countermeasure Technology System
ISBN978-4-86043-761-9
Designing products that don't break by learning from accidents.
◇ "Fretting damage" occurs due to the repeated fine vibrations, sliding, and contact pressure of opposing components. ◇ It is urgent to investigate the causes and establish countermeasures to prevent serious accidents before they occur! ◇ A laborious effort that summarizes countermeasure technologies while covering a wide range of research and technical fields, including wear, fatigue, structural damping, applied sciences, materials science, surface treatment, tribology, material mechanics, fracture mechanics, and vibration engineering!
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"Fretting Wear, Fatigue, Damage and Countermeasure Technology System: Learning from Accidents for Designing Non-Breakable Products" ■Format: B5 size, 332 pages ■Price: 50,000 yen + tax ■Author: Toshio Hattori ■Published by: NTS Chapter 1: Preface Chapter 2: Learning from Accidents: The Mechanics of Fasteners Chapter 3: Overview of Fretting Damage Chapter 4: Mechanisms and Mechanical Analysis of Fretting Wear and Fatigue Damage Chapter 5: Examples of Fretting Strength Design Chapter 6: Technologies for Preventing Fretting Damage Chapter 7: Maintenance Management and Health Monitoring of Fretting Damage Chapter 8: Fretting Fatigue under Torsional Loads Chapter 9: Fretting Fatigue of Materials Other than Steel Chapter 10: Conclusion
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List price: 50,000 yen + tax
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P2
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P2
Applications/Examples of results
Turbine generator rotor Aircraft jet engine moving blade mounting section Steam turbine moving blade mounting section Trailer hub, Yurikamome hub fastening section Roller coaster fastening bolt Nuclear steam generator Nuclear cooling fan key groove Wear and fatigue damage assessment method Contact end micro-crack occurrence assessment method Fretting fatigue strength and life assessment method Low cycle fatigue strength and life assessment method using specific position stress Strength and life assessment using macro stress Joined body in a bolted joint Connecting rod bolt Roller coaster axle bolt SUS304 steel ball Glass plate Stress relief groove Maintenance management of railway axles Ultrasonic flaw detection of Shinkansen axles Axle crack constant monitoring system Leak-before-break (LBB) crack constant monitoring system Maintenance management of jet engine fan blades Thermoacoustic defect detection Towards online health monitoring Tightening joint Fretting fatigue of titanium alloys Fretting fatigue of Ti-6Al-4V alloy Fretting fatigue of Ti-6242 alloy Fretting fatigue of aluminum alloys 2024-T351 aluminum alloy Welding structural aluminum alloy
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