ASTM STP 1159 Standardization of Fretting Fatigue Test Methods and Equipment
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Attia, MH
ASTM Committee E-9 on Fatigue sponsored the Standardization of Fretting Fatigue Methods and Equipment symposium in November 1990. The purpose of the symposium was to gather information regarding the state-of-the-art in fretting fatigue testing and to set a foundation for standards development. This STP contains papers presented at the symposium.
The topic headings used to organize the papers in this publication are
- Fundamental Aspects of Fretting Fatigue Testing – Conceptual Framework
- Fundamental Aspects of Fretting Fatigue Testing – Mechanics of Contact
- Fretting Fatigue Testing – Methods and Equipment
- Environmental and Surface Conditions
- Nonconventional Materials and Test Methods
Additionally, the STP contains an introduction to fretting fatigue from a historical perspective, an opening paper covering problems experienced during fretting fatigue testing, and a closing paper addressing future standardization efforts regarding fretting fatigue testing.
Examples of specific topics addressed in the papers contained in this collection include:
- fretting maps
- contact pressure distribution
- strength improvement models
- grooving
- knurling
- high strength steel
- titanium alloy
- power generation industry
- integrity assessment
- fretting fatigue damage
- fretting corrosion
- nodular cast iron
- servohydraulic testing machine
- shot peening
- steam turbine steel
- blade steel
- air environment
- vapor environment
- electrochemical techniques
- carbon fiber reinforced (CFR) epoxy laminates