Sentence examples for mortars made of from inspiring English sources

The influence of the CWAs was evaluated through the tests on four series of mortar as follows: (1) mortars made of different fine aggregates, (2) mortars made of the CWA having a different range of particle sizes, (3) mortars made of the CWA at a different quantity, and (4) mortars made of the CWA at a different replacement ratio.

Towards this end, the radiation absorbing property of mortars made of cement, Rilem sand and egg shells was extensively studied.

Properties including compressive strength, flexural strength, and water demand were determined for mortars made of the developed cements.

This paper presents the results of experimental investigation on compressive strength and resistance to chloride ion penetration of mortars made of ceramic waste as fine aggregate.

In this study, the chloride ion penetration tests on mortars made of ceramic waste aggregates (CWAs) was conducted by using a silver nitrate (AgNO3) solution spray method and a rapid chloride migration test (steady-state condition).

The compressive strength of mortar made of the ceramic waste aggregate increases and the resistance to chloride ion penetration is significantly higher in comparison with mortar made of the river sand.

Compared with the mortar made of un-carbonated RCA, the mortar made with carbonated RCA showed increased autogenous shrinkage, reduced drying shrinkage, water absorption, and chloride migration coefficient.

The stones were usually laid with a bed of mortar made of gypsum, sand, and water, which perhaps acted more as a lubricant to push the stone into place than as a bonding agent.

From the experimental results, it is found that the CWA mortars are more effective in the resistance of chloride ion penetration than a typical mortar made of river sand.

Recently, de Sagazan found a new material for his biological sculptures a mortar made of clay and grass.

It is faced with carefully cut limestone blocks, while its core is filled with mortar made of lime and crushed bricks.