Table of Contents
-Laboratory and Field Studies of the Impact-Echo Method
for Flaw Detection in Concrete, by M. Sansalone and
N. J. Carino
-Developments in Ultrasonic Pitch-Catch and Pulse-Echo
for Measurements in Concrete, by A. M. Alexander and
H. T. Thorton, Jr.
-Evaluation of Concrete Constituents Using Photon Radiation,
by M. A. Taylor
-Diagnostics of Cracks in Concrete Based on Acoustic
Emission, by M. Ohtsu
-Application of Acoustic Emission and Laser Holography
to Study Microfracture in Concrete, by A. K. Maji and S. P. Shah
-Comparative Evaluation of Nondestructive Test Methods
for In-Place Strength Determination, by C. H. Yun, K. R. Choi,
S. Y. Kim, and Y. C. Song
-The Use of Simultaneous Nondestructive Tests to Predict the
Compressive Strength of Concrete, by G. V. Teodoru
-Nondestructive Testing Use in Evaluating the Form Removal
Time for a Large Diameter Tunnel Concrete Lining, by
T. R. Harrell
-A Statistical Study of the Correlation Between Field Penetration
Strength and Field Cylinder Strength, by C. J. Turkstra,
P. Zoltanetzky, Jr., H. P. Lim, and C. Gordon
-Early Concrete Strength Determination by Maturity, by
T. J. Parsons
-Pullout Test, Maturity, and PC Spreadsheet Software, by
R. L. Dilly and W. L. Vogt