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Experimental Investigation on Effect of Industrial Waste Slag and Alccofine on Durability Properties of High Strength Concrete

Devinder Sharma1Sanjay Sharma2Ajay Goyal3Ashish Kapoor4

1. SRMIET Bhurewala2. Civil Engineering Department,National Institute of Technical Teachers Training and Research Chandigarh3. Ryat Institute of Engineering and Technology4. National Institute of Technical Teachers Training and Research Chandigarh

摘要:In the present research, industrial waste slag(FD) as partial replacement of sand and Alccofine as partial replacement & addition of PPC was used to study the durability properties of high strength concrete. M100 grade concrete cube samples using water/binder ratio of 0.24, with varying percentage of industrial slag(0 to 50%) and with optimum percentage of Alccofine(15%) were tested for various properties such as Water absorption, water permeability, resistance to sulphate attack, alkali attack and nitrate attack on high strength concrete at different ages. It has been found that Substitution of fine aggregates with up to 45% of industrial slag content and PPC with Alccofine showed an excellent resistance against all the properties at all ages. Comparative statistical analysis between Loss of weight in concrete samples with loss in compressive strength due to sulphate attack, alkali attack and nitrate attack was carried out at the of 365 days. Correlation between loss in weight and loss in compressive strength was developed and found to be excellent.
会议名称:

The 7th International Conference on Advances in Science, Engineering, Technology and Natural Resources (ASETNR-17); the 17th IIE International Conference on Computer, Electrical, Electronics and Communication Engineering (CEECE-2017); the 13th International Conference on Agricultural, Biological and Ecosystems (ICABE-17); the 13th International Conference on Electrical & Control Engineering (ICECE-17);the 13th International Conference on Electronics and Communication (ICEC-17); the 9th International Conference on Agricultural, Genetics, Biological and Environmental Sciences (AGBES-2017); the 12th International Conference on Civil, Agricultural, Biological and Environmental Sciences (CABES-2017); the 13th International Conference on Nursing, Medical and Biological Sciences (NMBS-2017); the 13th International Conference on Computer Science and Information Technology (ICCSIT-2017); the 13th International Conference on Chemical and Environmental Sciences (ICCES-2017); the 9th International Conference on Arts, Film Studies, Social Sciences and Humanities (AFSSH-17); the 10th International Conference on Law, Business, Marketing and Education (LBME-17)

会议时间:

2017-12-27;2017-12-28;2017-12-28;2017-12-28;2017-12-28;2017-12-28;2017-12-28;2017-12-28;2017-12-28;2017-12-28;2017-12-27;2017-12-27

会议地点:

Pattaya, Thailand;Pattaya, Thailand; Pattaya, Thailand;Pattaya, Thailand;Pattaya, Thailand;Pattaya, Thailand;Pattaya, Thailand;Pattaya, Thailand;Pattaya, Thailand;Pattaya, Thailand;Pattaya, Thailand;Pattaya, Thailand

  • 专辑:

    理工B(化学化工冶金环境矿业); 理工C(机电航空交通水利建筑能源)

  • 专题:

    无机化工; 建筑科学与工程

  • 分类号:

    TU528.31

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