Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
AN EFFECTIVE PRACTICE OF WASTE FOUNDRY SAND AS A REPLACEMENT MATERIAL FOR FINE AGGREGATE
There are quite a lot of studies carried out on the alternatives that are used for the purpose of construction to decrease cost of construction. Concrete was usually used for the purpose of construction in numerous earliest structures. Managing of solid waste has become one of the issues of global setting, since there is constant enhance in industrial by-products as well as waste materials. When expensive material is to some extent replaced by means of more natural, as well as affordable material such as rice husk ash will support managing of waste and moreover decrease difficulty of high-cost of concrete as well as housing. To study the effect of waste foundry sand as a partial substitute of fine aggregate on strength properties of concrete is the intention of our work. To gain knowledge of influence of rice husk ash as a substitute of cement as well as waste foundry sand as a substitute of fine aggregate on the strengthening properties regarding binary blended concrete. Concrete including with rice husk ash show enhanced workability than plain concrete by addition of waste foundry sand
AN EFFECTIVE PRACTICE OF WASTE FOUNDRY SAND AS A REPLACEMENT MATERIAL FOR FINE AGGREGATE
There are quite a lot of studies carried out on the alternatives that are used for the purpose of construction to decrease cost of construction. Concrete was usually used for the purpose of construction in numerous earliest structures. Managing of solid waste has become one of the issues of global setting, since there is constant enhance in industrial by-products as well as waste materials. When expensive material is to some extent replaced by means of more natural, as well as affordable material such as rice husk ash will support managing of waste and moreover decrease difficulty of high-cost of concrete as well as housing. To study the effect of waste foundry sand as a partial substitute of fine aggregate on strength properties of concrete is the intention of our work. To gain knowledge of influence of rice husk ash as a substitute of cement as well as waste foundry sand as a substitute of fine aggregate on the strengthening properties regarding binary blended concrete. Concrete including with rice husk ash show enhanced workability than plain concrete by addition of waste foundry sand
AN EFFECTIVE PRACTICE OF WASTE FOUNDRY SAND AS A REPLACEMENT MATERIAL FOR FINE AGGREGATE
Srinivas, B. (Autor:in) / Naidu, M.Vasudeva (Autor:in) / Mohan, S.Madan (Autor:in)
30.07.2015
IJITR; Vol 3, No 4 (2015): June - July 2015; 2325-2327
Aufsatz (Zeitschrift)
Elektronische Ressource
Englisch
DDC:
690
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