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Cite this document
Provides engineering educators and students with a broad range of real-world fatigue problems and situations for use in the classroom.
The 13 cases involve: New designs rework designs failure analysis prototype decisions environmental aspects metals and non-metals components structures fasteners. These cases provide stimulation for a better understanding of the major causes of mechanical failure.
Automotive Wheel Assembly: A Case Study in Durability Design
The Use of Failure Analysis and Materials Testing in the Redesign of a Boat Trailer Roller Arm
Design of a Composite Hip Prosthesis for Long-Term Performance
Fatigue of a Landing Gear Actuator Beam in a Fighter Aircraft
Fatigue Evaluation of Agitator Paddle Shafts
Fatigue Cracking of a Welded Roll Used in a Paper-Mill Roll Press
Welded Pipeline Fatigue Analysis
Thermal Fatigue Analysis: A Case Study of Recuperators
Shell and Detail Fracture Formation in Railroad Rails
Equating Damped Vibration to Constant Amplitude Fatigue Loading for a Thick-Walled Pressure Vesselz
Development of a Numerical Model for Predicting Fatigue Lives of Tubular Threaded Connections
Fatigue Life Prediction for Wind Turbines: A Case Study on Loading Spectra and Parameter Sensitivity
Fatigue Cases Involving the Use of Wood and a Wood Composite
Committee: E08
DOI: 10.1520/STP1250-EB
ISBN-EB: 978-0-8031-5288-5
ISBN-13: 978-0-8031-1997-0
0-8031-1997-6