FaL-G is the product name derived from a cementitious mixture composed of Fly ash (Fa), Lime (L) and Gypsum (G). It is a low-cost and environmental-friendly material. FaL-G in certain proportions, as a building material is an outcome of innovation. It gains strength like any other hydraulic cement in the presence of water. It is water resistant too. This paper addresses the technology of making FaL-G mortar compressed hollow blocks with low-calcium (Class F) dry fly ash as the base material. The FaL-G masonry hollow blocks were prepared without the use of conventional cement. Quarry dust and sand were used as fine aggregates as sustainable materials. The properties of FaL-G masonry hollow blocks were determined for different parameters. Th...
The structural and thermal properties of masonry units influence the behaviour of masonry. In load b...
This paper aims to study the viability of using Calcium Carbide Residue (CCR) and fly ash (FA) as a ...
The global consumption of sand by the concrete industry has increased significantly over the years. ...
Fly ash, Lime and gypsum are industrial wastes generated in millions of tones every year. Utilizatio...
Abstract: FaL-G is the product name given to a cementitious mixture composed of Fly ash (Fa), Lime (...
Cement masonry units are not considered assustainable due to consumption of fuel, cement and natural...
Abstract: Fly ash brick (FAB) is a building material, specifically masonry units, containing class C...
Varieties of masonry units such as burnt clay bricks, stones and concrete products are used for maso...
Interlocking Hollow Block System (IHBS) is a reasonable solution for conventional block masonry due ...
Earth represents an ecological building material that is thought to reduce the carbon footprint at a...
It is well known that the production of cement is extremely resource and energy intensive process pr...
Fly ash-based geopolymer mortar normally achieves expected properties by heat curing. This becomes o...
The strength characteristics of any masonry depend on the strength and elasticity parameters of maso...
Fly ash is a waste product from thermal power plants where pulverised coal is used for the generatio...
A process for making lightweight building/masonry blocks from fly ash is described, essentially cons...
The structural and thermal properties of masonry units influence the behaviour of masonry. In load b...
This paper aims to study the viability of using Calcium Carbide Residue (CCR) and fly ash (FA) as a ...
The global consumption of sand by the concrete industry has increased significantly over the years. ...
Fly ash, Lime and gypsum are industrial wastes generated in millions of tones every year. Utilizatio...
Abstract: FaL-G is the product name given to a cementitious mixture composed of Fly ash (Fa), Lime (...
Cement masonry units are not considered assustainable due to consumption of fuel, cement and natural...
Abstract: Fly ash brick (FAB) is a building material, specifically masonry units, containing class C...
Varieties of masonry units such as burnt clay bricks, stones and concrete products are used for maso...
Interlocking Hollow Block System (IHBS) is a reasonable solution for conventional block masonry due ...
Earth represents an ecological building material that is thought to reduce the carbon footprint at a...
It is well known that the production of cement is extremely resource and energy intensive process pr...
Fly ash-based geopolymer mortar normally achieves expected properties by heat curing. This becomes o...
The strength characteristics of any masonry depend on the strength and elasticity parameters of maso...
Fly ash is a waste product from thermal power plants where pulverised coal is used for the generatio...
A process for making lightweight building/masonry blocks from fly ash is described, essentially cons...
The structural and thermal properties of masonry units influence the behaviour of masonry. In load b...
This paper aims to study the viability of using Calcium Carbide Residue (CCR) and fly ash (FA) as a ...
The global consumption of sand by the concrete industry has increased significantly over the years. ...