Crack Length Measurement, Fatigue Crack Growth Rates and Life Prediction Books & Publications

Advances in Crack Length Measurement

DIRECT OBSERVATIONS

The Determination of Fatigue Crack History from Fracture Surface Analysis
P. J. E. FORSYTH.

A Two Stage Plastic Replication Technique forMonitoring Fatigue Crack Iniation and Early Fatigue Crack Growth
C. W. BROWN & G. C. SMITH

Evaluation of Fatigue Damage by Optical Holography
D. SIGLER & W. L. HAWORTH.

Characterisation of Fatigue Crack Extension under High Resolution and Dynamic Cycling Conditions
J. LANKFORD & D. L. DAVIDSON.

d. c. POTENTIAL DIFFERENCE

Crack Length Determination using the d. c. ElectricalP. D. Technique - A Comparison of Calibration Methods
A. C. PICKARD & M. A. HICKS.

A Computer Programme for the Calibration of the d. c. P. D. Method of Crack Length Measurement
C. D. INGELBRECHT & C. M. WARD-CLOSE.

A Pulsed d. c. Method for the Measurement of Low Fatigue Rates of Crack Growth
E. BARDAL, T. BERGE, M. GRØVLEN, P. J. HAAGENSEN & B. M. FØRRE.

A Pulsed d. c. P. D. Technique - Applications to Three-Dimensional Crack Fronts
G. BAUDIN & H. POLICELLA.

Electrical Potential Monitoring of the Formation and Growth of Small Fatigue Cracks in Embrittling Environment
H. P. GANGLOFF.

Application of the d. c. P. D. Technique in the High Temperature Regime
K. KROMPHOLZ, E. D. GROSSER, K. EWART & E. MORITZ.

a.c. POTENTIAL DIFFERENCE

Some Aspects of Crack Detection and Sizing using a. c. Field Measurements

F. D. W. CHARLESWORTH & W. D. DOVER.

Induction Effects During Crack Measurement by the a. c. Field Technique
D. MIRSHEKAR-SYHKAL & R. COLLINS.

An a. c. P. D. Method for Detection and Measurement of Surface Microcracks during Fatigue Testing of Wires
I. VERPOEST, E. AERNOUDT, A. DERUYTTERE & M. NEYRINCK.

AUTOMATED METHODS

Automatic Crack Length Measurement by the Electrical
P. D. Method with Computer Control - A. BURGERS & P. D. KEMPEN.

A Micro Computer Based Crack Measurement and Test Control System
C. M. WARD-CLOSE

COMPLIANCE TECHNIQUES

The Measurement of Fatigue Crack Closure at Elevated Temperature
M. S. CHANA & C. J. BEEVERS

Control for Fatigue Crack
K. & R. A. SMITH.

ACOUSTIC METHODS

The Ultrasonic Characterisation of Fatigue Cracks
0. BUCK & B. R. TITTMANN.

Acoustic Microscopy - A Prospectus
G. A. D. BRIGGS.

Surface Acoustic Wave Monitoring of Growth of Small Fatigue Cracks
M. T. RESCH, D. V. NELSON, J. C. SHYNE & G. S. KINO.