Failure Analysis of Engineering Structures: Methodology and Case Histories
Failure Analysis of Engineering Structures: Methodology and Case Histories is a collection of failure analysis reports, familiarizing readers with the practices, tools, and logic employed by experienced investigators in their search for causes and cures in the wake of serious failures. The collection consists of more than 50 reports, the majority of which document the service failure of an aircraft component or system. The reports follow a consistent format that includes a concise summary of the failure, background information, pertinent specifications, and an initial assessment based on visual examination. They also include a list of the testing procedures used, a discussion of the results, a conclusion, and recommendations. In addition to recording the lessons of history, the book provides an introduction to the methodology of failure analysis, describing common causes of failure, site access challenges, specimen collection, examination procedures, and advanced analytical techniques. It presents examples of failures due to design deficiencies, manufacturing defects, maintenance errors, and service abnormalities. It also addresses the issue of sabotage and various aspects of forensic analysis. For information on the print version, ISBN 978-0-87170-820-5, follow this link.
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Table of Contents
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Part 1: Methodology
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Chapter 5: Advanced Techniques of Failure AnalysisPublished:01 October 2005
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Part 2: Case Histories
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Case 1: Failure of a Throttle End Fitting in an AircraftPublished:01 October 2005
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Case 2: Failure of a Low-Pressure Turbine Rotor (LPTR) BladePublished:01 October 2005
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Case 7: Failure of a Stabilizer Link Rod in an AircraftPublished:01 October 2005
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Case 8: Failure of a Tie-Rod in an Aircraft Towing TractorPublished:01 October 2005
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Case 9: Failure of a Tail Rotor Blade in a HelicopterPublished:01 October 2005
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Case 11: Failure of a Turbine Blade in an Aircraft EnginePublished:01 October 2005
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Case 12: Failure of an Aileron Control Cable in an AircraftPublished:01 October 2005
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Case 17: Failure of Dowel Bolts in an Aircraft EnginePublished:01 October 2005
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Case 18: Failure of a Tail Rotor Blade in a HelicopterPublished:01 October 2005
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Case 20: Failure of Elevator Hinge Pins in an AircraftPublished:01 October 2005
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Case 21: Failure of Aircraft Engine Compressor RotorsPublished:01 October 2005
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Case 23: Failure of Main Undercarriage Struts in an AircraftPublished:01 October 2005
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Case 26: Failure of a Fuel Nozzle in an Aircraft EnginePublished:01 October 2005
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Case 32: Failure of a Compressor Blade in an Aircraft EnginePublished:01 October 2005
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Case 33: Failure of a Low-Pressure Turbine Rotor (LPTR) BladePublished:01 October 2005
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Case 34: Cracking in the Wing Root Fitting in an AircraftPublished:01 October 2005
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Case 36: Failure of a Compressor Blade in an Aircraft EnginePublished:01 October 2005
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Case 37: Failure of an Aileron Control Cable in an AircraftPublished:01 October 2005
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Case 39: Cracking in a Tail Rotor Blade in a HelicopterPublished:01 October 2005
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Case 40: Failure of a Wing Control Cable in an AircraftPublished:01 October 2005
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Case 41: Failure of the Nose Bullet in an Aircraft EnginePublished:01 October 2005
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Case 42: Failure of Tail Boom Attachments in a HelicopterPublished:01 October 2005
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Case 43: Cracking of Filter Components in an AircraftPublished:01 October 2005
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Case 44: Failure of an LP Turbine Disc in an Aircraft EnginePublished:01 October 2005
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Case 45: Failure of a Cooling Fin in an Aircraft EnginePublished:01 October 2005
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Case 48: Failure of a Gear in an Aircraft EnginePublished:01 October 2005
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Case 53: Failure of Compressor Blades in a Power PlantPublished:01 October 2005
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Case 54: Failure of Max Screws in Fuel-Injection PumpsPublished:01 October 2005
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