reported the use of binder comprising high-early-strength Portland cement, silica fume and ultra-fine silica stone powder to produce high-strength foam concrete.

In this experimental study the feasibility of fibre reinforced foamed concrete block as an alternative to the conventional masonry units has been investigated by partially replacing the cement with …

One of the remarkable properties of foam concrete is its excellent thermal insulation, which is attributed to its cellular microstructure. The thermal conductivity of foam concrete is influenced by parameters such as density, pore size, aggregate type, presence of fibers, and mineral admixtures. Thermal resistance is inversely proportional to ...

This project report gives a detailed description of the study work done on the project topic "Experimental investigations on foamed concrete" for the partial fulfilment of the requirements …

Abstract: Foamed concrete is an innovative and versatile lightweight building material, which is a cement-based mortar consisting of at least 20% of its volume filled with air. Use of lightweight …

Cellular Lightweight Concrete (CLC), also known as Foamed Concrete, offers numerous advantages and versatile applications, surpassing traditional concrete. It consists of Portland concrete, sand, and stable foam, resulting in lightweight concrete with densities ranging from 300kg/m3 to 1850kg/m3.

Lightweight Foam concrete is a concrete in which foam is mixed in cement slurry to make it lighter with cellular voids. The strength of foam concrete is relatively lower than conventional concrete.

According to the research, incorporating steel fiber into concrete can recover the diminished strength of lightweight foamed concrete. Hence, this study focus on the strength properties of LFC with 30 kg/m3 of steel fiber.

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Abstract: Foamed concrete is an innovative and versatile lightweight building material, which is a cement-based mortar consisting of at least 20% of its volume filled with air. Use of lightweight foamed concrete blocks with densities less than 1800 kg/m3 as infills will lead to the design of slender sections. Further,

This project report gives a detailed description of the study work done on the project topic "Experimental investigations on foamed concrete" for the partial fulfilment of the requirements for the degree of Bachelor of Technology in Civil Engineering, under …

Cellular Lightweight Concrete (CLC), also referred to as Foamed Concrete, stands out as a crucial cement variant in construction due to its manifold benefits and versatile applications, surpassing conventional concrete.

Cellular Lightweight Concrete (CLC), also referred to as Foamed Concrete, stands out as a crucial cement variant in construction due to its manifold benefits and versatile applications, …

One of the remarkable properties of foam concrete is its excellent thermal insulation, which is attributed to its cellular microstructure. The thermal conductivity of foam concrete is influenced …

Contribute to crush2022/mill development by creating an account on GitHub.

In this experimental study the feasibility of fibre reinforced foamed concrete block as an alternative to the conventional masonry units has been investigated by partially replacing the cement with kaolinite clay. Specimens are prepared by optimum percentage of fibre and optimum percentage of clay partially replaced by the cement.

According to the research, incorporating steel fiber into concrete can recover the diminished strength of lightweight foamed concrete. Hence, this study focus on the strength properties of …

Cellular Lightweight Concrete (CLC), also known as Foamed Concrete, offers numerous advantages and versatile applications, surpassing traditional concrete. It consists of Portland …