Fifty-Year Developments in High Strength Concreteby Colin D. Johnston, Assoc. Prof.; Dept. of Civ. Engrg., Univ. of Calgary, Calgary, Alberta, Canada,
Serial Information: Journal of the Construction Division, 1975, Vol. 101, Issue 4, Pg. 801-818
Document Type: Journal Paper
Errata: (See full record)
In order to utilize present day technology to the full, users of concrete must become conversant with the many recent developments that have made it possible to build smaller lighter structures or structural components using high strength concrete. The paper emphasizes the importance of cement and aggregate characteristics on the strength of conventional Portland cement concrete, and then shows how high compressive strengths can be achieved using conventional materials and compaction techniques. It then shows how a change to high alumina cement can be advantageous in achieving very high early strength with otherwise conventional materials and techniques. Newer, sometimes fairly complex, and generally more expensive methods of achieving high strength involve high pressure compaction, polymer impregnation, and fiber reinforcement. In each case, the basic technology is described, the range of strengths attainable is defined, and actual and potential field applications are identified.
Subject Headings: High-strength concrete | Compressive strength | Fiber reinforced composites | Cement | Concrete structures | Structural members
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