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Special Applications and Advanced Techniques for Crack Size Determination Ruschau JJ Pages: 169       Published: 1995

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Overview
Ruschau JJ, Donald JK

The Measurement of Regular and Irregular Surface Cracks Using the Alternating Current Potential Difference Technique
Connolly MP

Fatigue Crack Growth Measurements in TMF Testing of Titanium Alloys Using an ACPD Technique
Dai Y, Marchand NJ, Hongoh M

Measurement of Multiple-Site Cracking in Simulated Aircraft Panels Using AC Potential Drop
Jablonski DA

The Influence of Crack Deflection and Bifurcation on DC Potential Drop Calibration
McKeighan PC, Tabrett CP, Smith DJ

Application of a Crack Length Measurement with a Laser Micrometer to -Curve Tests
Legendre L, Journet B, Delmotte J, Millour G, Schwab J-M

Improved Load Ratio Method for Predicting Crack Length
Chen X, Albrecht P, Wright W, Joyce JA

Ultrasonic Size Determination of Cracks with Large Closure Regions
Rehbein DK, Thompson RB, Buck O

Apparatus for Ultrasonic In Situ Accurate Crack Size Measurement on Laboratory Test Specimens
De Vadder D, Park Y, François D

Nondestructive Crack Size and Interfacial Degradation Evaluation in Metal Matrix Composites Using Ultrasonic Microscopy
Karpur P, Matikas TE, Blodgett MP, Jira JR, Blatt D

Characterization of a Crack in an Aluminum Bar Using an AC Magnetic Bridge
Schmidt WF, Zinke OH, Nasrazadani S

Committee: E08
Paper ID: STP1251-EB
DOI: 10.1520/STP1251-EB

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STP1251-EB