A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
PARTIALLY REPLACEMENT OF CEMENT BY UTILIZATION OF MARBLE DUST AND TILE DUST
Every Construction sites generates the lots of waste materials like tile, marble, small pieces of stones etc. as the construction wastes which are eco-friendly so called as Green concrete. Green concrete is a revolutionary topic in the history of construction industry. Concrete is an environmental friendly material and the overall impact on the environment per ton of concrete is limited. Here the aspect on how to choose a non biodegradable or both degradable wastes material for green concrete. It presents the feasibility of the usage of by product materials like fly ash, query dust, marble powder/ granules, plastic waste and recycled concrete and masonry as aggregates in concrete. To avoid the pollution and reuse the material, the present study is carried out. Thus, green concrete is an excellent substituent of cement as it is cheaper, because it uses waste products, saving energy consumption in the production. Over and above all green concrete has greater strength and durability than the normal concrete. Our study is focused on the rigid pavement concrete strength using steel fibre and Marble dust shows the analysis and conclusions. We have studied pertaining to steel fibre reinforced concrete and Marble dust, and their effects were also laid down to a particular conclusion. The conclusion that drawn out of the studies in terms of the compressive strength which shows an immense increase on use of steel fibre and Marble dust in the rigid pavement concrete. In my work, marble dust is used as a partial replacement of cement and observes the changes occurred in various cases of cube strength, split tensile strength and the flexural strength. By doing such analysis, the use of a waste material in the form of waste marble dust is being used as a partial replacement material for any cementious compound and ultimately acquiring strength in particular more than that of a nominal mix. Total No.of figures: 04 NO. OF FIGURE: 01 1/2" SIEVE -- - 3/8" SIEVE *4 SIEVE FIG. 1: SIEVE SET FOR SIEVE ANALYSIS
PARTIALLY REPLACEMENT OF CEMENT BY UTILIZATION OF MARBLE DUST AND TILE DUST
Every Construction sites generates the lots of waste materials like tile, marble, small pieces of stones etc. as the construction wastes which are eco-friendly so called as Green concrete. Green concrete is a revolutionary topic in the history of construction industry. Concrete is an environmental friendly material and the overall impact on the environment per ton of concrete is limited. Here the aspect on how to choose a non biodegradable or both degradable wastes material for green concrete. It presents the feasibility of the usage of by product materials like fly ash, query dust, marble powder/ granules, plastic waste and recycled concrete and masonry as aggregates in concrete. To avoid the pollution and reuse the material, the present study is carried out. Thus, green concrete is an excellent substituent of cement as it is cheaper, because it uses waste products, saving energy consumption in the production. Over and above all green concrete has greater strength and durability than the normal concrete. Our study is focused on the rigid pavement concrete strength using steel fibre and Marble dust shows the analysis and conclusions. We have studied pertaining to steel fibre reinforced concrete and Marble dust, and their effects were also laid down to a particular conclusion. The conclusion that drawn out of the studies in terms of the compressive strength which shows an immense increase on use of steel fibre and Marble dust in the rigid pavement concrete. In my work, marble dust is used as a partial replacement of cement and observes the changes occurred in various cases of cube strength, split tensile strength and the flexural strength. By doing such analysis, the use of a waste material in the form of waste marble dust is being used as a partial replacement material for any cementious compound and ultimately acquiring strength in particular more than that of a nominal mix. Total No.of figures: 04 NO. OF FIGURE: 01 1/2" SIEVE -- - 3/8" SIEVE *4 SIEVE FIG. 1: SIEVE SET FOR SIEVE ANALYSIS
PARTIALLY REPLACEMENT OF CEMENT BY UTILIZATION OF MARBLE DUST AND TILE DUST
DUBEY O P (author) / KHATANA TRIPTI (author) / CHAUDHARY JITENDRA (author) / BHATNAGAR ABHINAV (author) / CHAUHAN SUMIT (author) / CHANDNA ANURAG (author) / PUNDIR TUSHAR (author) / NISHA (author)
2021-12-16
Patent
Electronic Resource
English
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