fine aggregate

1. Aggregate which passes through a 9.51-mm (3/8-in.) sieve, passes almost entirely through a 4.76-mm (No. 4) sieve, and is predominantly retained on a 74-µm (No. 200) sieve.

2. That portion of an aggregate which passes through a 4.76-mm (No. 4) sieve and is predominantly retained on a 74-µm (No. 200) sieve.

References in periodicals archive ?

heavy concrete with fine aggregate (5-20 mm), m150, class c10 / 12.

Galvanized Knitting Wire D = 3mm. Profile Pipe 50 */50 * 2mm, 6000mm Portland Cement 500 D20 In A 25 Kg Container. (cem Ii/A-sh42. 5-n) Rb, Bcc Heavy Concrete With Fine Aggregate (5-20 Mm), M150, Class C10/12. 5 (at 12. 5)

The natural ingredients, fine aggregate, and coarse aggregate constitute more than 70% volume of concrete.

Feasibility Assessment of Incorporating Copper Slag as a Sand Substitute to Attain Sustainable Production Perspective in Concrete

[7] investigated the use of ferronickel slag as a fine aggregate. It was found that a 50% replacement of natural sand with the ferronickel slag resulted in a well-graded fine aggregate and maximized strength development.

Effect of Ferronickel Slag Powder on Microhydration Heat, Flow, Compressive Strength, and Drying Shrinkage of Mortar

Fine aggregate having 70% of Qilabandi sand and 30% of Chenab sand was introduced in concrete mix designs.

Susceptibility of Jhelum river bed aggregate to alkali silica reaction and its potential as construction aggregate

2016), in the work, up to 20% of fine aggregate was replaced with waste tire rubber crumbs.

PRODUCTION OF LIGHTWEIGHT CONCRETE FROM WASTE TIRE RUBBER CRUMB

Wei Wu et al studied the mechanical properties of high strength concrete incorporating copper slag as a fine aggregate. When more copper slag is added as a fine aggregate in concrete splitting tensile strength is decreased.

Splitting tensile strength of concrete containing industrial wastes and fibres

Moreover depleting sources of sand in Pakistan triggered the dire need of replacement of fine aggregate of the concrete.

EXPERIMENTAL INVESTIGATION OF TENSILE AND FLEXURAL STRENGTH OF CERAMIC WASTE CONCRETE

[6] investigated the effect of using copper slag as a substitute for fine aggregate in concrete.

Hierarchical order of influence of mix variables affecting compressive strength of sustainable concrete containing fly ash, copper slag, silica fume, and fibres

For a coarse graded gradation, three aggregate ratios, namely coarse aggregate ratio (CA), fine aggregate ratio of coarse portion (F[A.sub.c]) and fine aggregate ratio of the fine portion (F[A.sub.f]), are given to analyze the packing of the combined aggregates.

Effect of the Bailey ratios in Superpave gradation design for Tokyo International Airport pavement/ Beilio koeficiento itaka projektuojant aukstos kokybes misiniu granuliometrine sudeti Tokijo tarptautinio oro uosto dangoms/ Baileja attiecibas efekts supertpave prasibas, projektejot Tokijas starptautiskas lidostas segumu/ Bailey suhte moju Superpave'i soelkovera projekteerimisele Tokio rahvusvahelise lennuvalja katetel

(100 mm x 100 mm x 100 mm), with a standard mix ratio of 1:2:4:0.55 (cement, fine aggregate: coarse aggregate: water) the first set with the water of pH varying from 1-12 and the second with distilled water which served as control.

Water quality and the compressive strength of concrete--a case study of hydrogen point concentration

This very fine aggregate gives the best appearance when cured.

Asphalt repair product

The difference in Specific gravity of fine aggregate and copper slag is considered in the mix design since the copper slag have a higher density than the fine aggregate.