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Home > Publications > International Concrete Abstracts Portal
Showing 1-5 of 18 Abstracts search results
Document:
SP47-16
Date:
January 1, 1975
Author(s):
Thomas J. Reading
Publication:
Symposium Papers
Volume:
47
Abstract:
The 6 Missouri River dams constructed by the Corps of Engineers are in a region where the ground water has a high sulfate content. The concentration is highest at Ft. Peck, Oahe, and Big Bend. The problem was recognized at the time of construction of Ft. Peck Dam in the mid-30s, and this is perhaps the first major project in the U.S. where a sulfate reistant cement was specified. . .An up-to-date evaluation of the condition of the Ft. Peck concrete is advisable.
DOI:
10.14359/17618
SP47-17
P.K. Mehta and Milos Polivka
The results of a test program are reported in which uniaxially restrained, air-entrained concrete prisms made with shrinkage-compensating Types P, M, and S cements were immersed in sulfate solutions after 14 days of water curing.
10.14359/17619
SP47
Editors: Charles F. Scholer and Emery Farkas
SP47 Presents a collection of 17 papers on freeze-thaw problems, performance of concrete in seawater, and sulfate attack, to help advance understanding of the response of concrete to attack by aggressive elements. Knowledge of the mechanism, the development of a course of action, and a report of the field experience are all necessary contributions to improving our knowledge of concrete durability. SuccessfuI performance of concrete is dependent to a greater extent on its durability against the environment than on strength properties.
10.14359/14100
SP47-11
Glenn William DePuy
The developmental program for concrete-polymer materials has shown polymer-impregnated concrete to have significantly improved durability and strucutural properties aas compared with conventional concrete.
10.14359/17613
SP47-12
Arnold Wilson
The purpose of this research was to develop and evalute a slow cycle fatigue method of testing concrete which might relate in part ot the durability of concret subjected to cyclic loading conditions.
10.14359/17614
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The International Concrete Abstracts Portal is an ACI led collaboration with leading technical organizations from within the international concrete industry and offers the most comprehensive collection of published concrete abstracts.
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