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Applications of Automation Technology in Fatigue and Fracture Testing and Analysis: Fourth Volume Braun AA, Nicolson AM, Lohr RD Pages: 250       Published: 2002

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Table of Contents

Automated Piezoelectric Fatigue Machine for Severe Environments
Bathias C, De Monicault JM, Baudry G

An Automated Facility for Advanced Testing of Materials
Renauld ML, Scott JA, Favrow LH, McGaw MA, Marotta MD, Nissley DM

Experimental Technique for Monitoring Fatigue Crack Growth Mechanisms During Thermomechanical Cycling
Antoun BR, Coffin LF

Data Trend Monitoring and End Level Verification - Tools to Reduce Data Storage in Full-Scale Aircraft Fatigue Tests
Hewitt RL, Nelson A

Railcar Service Spectra Generation for Full-Scale Accelerated Fatigue Testing
Smith KB, Parker ES, Iler DJ

Real-Time Simulation of a Multi-Channel Moving Load Cell Structural Test
Hewitt RL

On the Use of Numerical Models to Design Fatigue Crack Growth Tests for a Railroad Tank'Car Spectrum
Riddell WT

Fatigue Crack Propagation under Complex Loading in Arbitrary 2D Geometries
Miranda ACO, Meggiolaro MA, Castro JTP, Martha LF, Bittencourt TN

Quantifying the Magnitude and Effect of Loading Errors During Fatigue Crack Growth Testing Under Constant and Variable Amplitude Loading
McKeighan PC, Fess FE, Petit M, Campbell FS

Applications of Overload Data to Fatigue Analysis and Testing
DuQuesnay DL

Fatigue Crack Initiation Life Estimation at a Notch: A New Software
Gérard N, Ranganathan N, Leroy R, Mazari M, Bachir-Bouiadjira B-A

Prediction of Crack-Opening Stress Levels for Service Loading Spectra
Khalil M, DuQuesnay D, Topper TH

Automated Deformation Mapping in Fatigue and Fracture
Johnson DA

A Method for Conducting Automated Fatigue Crack Initiation Tests on Fracture Mechanics Specimens
Gill SJ, Pao PS

Committee: E08
Paper ID: STP1411-EB
DOI: 10.1520/STP1411-EB

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0-8031-2890-8
978-0-8031-2890-3
STP1411-EB