A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Apr. 11 v 102, n 15 pp. 580-583: Cement paste basis of concrete quality; properties of cement-water paste; combination of aggregates and paste; importance of plastic and homogeneous mixtures; wet and dry mixes to be avoided; combined and uncombined water; quantity of combined water as affected by quantity of mixing water, age and temperature of drying. See editorial comment on p. 579. Apr. 18 n 16 p 625-632: Strength and watertightness; factors affecting water-cement ratio strength relation: size, grading, and type of aggregate; curing conditions, characteristics of cement; experimental data on watertightness; effect of water-cement ratio, curing conditions, characteristics of cement; other properties of concrete. Apr. 25 n 17 p 673-679: Combining aggregate with cement paste to make workable concrete; limiting factors in aggregate proportions; interrelation of mix, water-cement ratio, cement factor and consistency; summary of grading principles; further improvement in concrete practice. May 2 n 18 p 705-709: Application to specific conditions; minimum curing period; selection of water-cement ratio for strength; correction of water-cement ratio for free water and absorption; selection of aggregates, grading, strength and durability. May 9 n 19 p 748-752: Importance of proper construction methods; necessity for exact measurement of materials; time limit of mixing; transporting concrete; wrong placing methods to blame for much unsatisfactory concrete; some hints from study of dams and other structures in service. (See also discussion in v 102, n 16 Apr 18 p 625-632, vol. 103, no. 2, July 11, 1929, p. 71)
Apr. 11 v 102, n 15 pp. 580-583: Cement paste basis of concrete quality; properties of cement-water paste; combination of aggregates and paste; importance of plastic and homogeneous mixtures; wet and dry mixes to be avoided; combined and uncombined water; quantity of combined water as affected by quantity of mixing water, age and temperature of drying. See editorial comment on p. 579. Apr. 18 n 16 p 625-632: Strength and watertightness; factors affecting water-cement ratio strength relation: size, grading, and type of aggregate; curing conditions, characteristics of cement; experimental data on watertightness; effect of water-cement ratio, curing conditions, characteristics of cement; other properties of concrete. Apr. 25 n 17 p 673-679: Combining aggregate with cement paste to make workable concrete; limiting factors in aggregate proportions; interrelation of mix, water-cement ratio, cement factor and consistency; summary of grading principles; further improvement in concrete practice. May 2 n 18 p 705-709: Application to specific conditions; minimum curing period; selection of water-cement ratio for strength; correction of water-cement ratio for free water and absorption; selection of aggregates, grading, strength and durability. May 9 n 19 p 748-752: Importance of proper construction methods; necessity for exact measurement of materials; time limit of mixing; transporting concrete; wrong placing methods to blame for much unsatisfactory concrete; some hints from study of dams and other structures in service. (See also discussion in v 102, n 16 Apr 18 p 625-632, vol. 103, no. 2, July 11, 1929, p. 71)
Basic principles of concrete-making
Eng. News-Rec
McMillan, F.R. (author)
Engineering News Record ; 102
1929
33 Figs.
Article (Journal)
English
© Metadata Copyright Elsevier B. V. All rights reserved.
Basic principles of concrete making
| Engineering Index Backfile | 1931
Basic principles of concrete mixing
| Engineering Index Backfile | 1929
Basic Principles of Concrete Structures
| UB Braunschweig | 2016
Some basic principles concerning asphaltic concrete
| Engineering Index Backfile | 1947
Impervious concrete, basic principles for design
| Engineering Index Backfile | 1955