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Concrete Mix Design by IS,ACI and BS Methods:A Comparative Analysis

Journal of Building Material Science 2020年第1期2卷 30-33页

作者： Ashish Chhachhia Lecturer GGS Govt.Polytechnic Education SocietyCheekaHaryana136034India

Concrete is one of the most consumable construction materials on the *** concrete constitutes cement,sand,gravel,water and/or additives in definite *** proportions of raw materials of concrete are decided by the concrete mix *** mix design depends on the various *** mix design,most of the countries have their own *** the present study,standard guidelines of India,Britain and America for the concrete mix design have been *** concrete grades of M25,M35 and M45 were designed and *** Standards were also *** was concluded that a new revised version of Indian Standard code has the lowest value of water/cement ratio and highest quantity of cement as compared to other standards.

关键词： Concrete Mix design Indian standards ACI code BS code

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Soil Improvement Using Waste Materials:A Review

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Journal of Building Material Science 2020年第1期2卷 11-17页

作者： Kiran Devi Ashish Chhachhia Amit Kumar Civil Engineering Department National Institute of TechnologyKurukshetra136119India ggs govt.polytechnic education society CheekaHaryana136034India

With the industrialisation,industrial byproducts are produced in large quantities and create nuisance to natural *** disposal of these wastes like fly ash,marble powder,construction and demolition(C&D)waste,brick powder,agricultural wastes *** become the potential threat to the ecosystem and need some real *** direct disposal of such wastes into open land or water bodies causes circumambient *** of the potential solutions is to utilise these wastes in the construction industry on large scale as subgrade rehab or additive to cement based *** the present study,the compaction and strength characteristics of stabilised soil have been studied by using various waste materials ***,cement,plastic waste,industrial waste,fibre,mushroom waste,wet olive pomace *** *** addition of additives improved the engineering properties of soil significantly.

关键词： Soil stabilisation Industrial waste materials Maximum dry density Unconfined compressive strength California Bearing Ratio

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