|
To
order by phone:
(801) 374-6214 To order by fax: (801) 374-0634 To order by email. or for questions: Click here
|
SP-191
This publication should be of interest to individuals involved in concrete failure investigations, particularly those related t o durability, and in quality control efforts aimed at assuring a durable structure. Academics, researchers, materials engineers, forensic engineers, and materials producers should all benefit from the information presented in this publication. Contents: by S.W. Forster Comparison of Known and Determined Water-Cement Ratio in Hardened Concrete by Optical Fluorence Microscopy by J.J. Liu and M.S. Khan Determination of Water-Cement Ratio in Hardened Concrete by Optical Fluorescence Microscopy Paste Microhardness-Promising Technique for Estimating Water-Cement Ratio by B. Erlin and R.A. Campbell Rapid Estimation of Water-Cementious Ratio and Chloride Ion Diffusivity in Hardened and Plastic Concrete by Resistivity Measurement by K.A. MacDonald and D.O. Northwood Laboratory and Field Evaluation of Nuclear Gage for Measurement of Water and Cement Content of Fresh Concrete by D. Whitting and M. Nagi Evaluation of Four Short-Term Methods for Determining Chloride Penetrability in Concrete by K. Stanish, R.D. Hooten, and J.A. Bickley Practical Quality Control Test Program for High-Performance Concrete in Precast Concrete Tunnel Liners |
ACI
|