Experimental Study On Waste Recycled Product W.R.P. And Waste Plastic Strips W.P.S. As Pavement Sub-Base Material
Journal: International Journal of Scientific & Technology Research (Vol.2, No. 12)Publication Date: 2013-12-15
Authors : Priti Mishra; Jha Ajachi R.B.; Mohnish Satrawala; Harsh Amin;
Page : 258-262
Keywords : Index Terms Aspect Ratio; CBR; Compressive Strength; Fibers; High Density Polythene HDPE; Reinforced earth; Slag; Waste Plastic Strip WPS; Waste Recycled product WRP.;
Abstract
Abstract The need to fulfill the demands of an increasing population has resulted in rapid industrialization. Subsequently the demand for iron and steel has risen ensuing in setting up of more such industries. The paucity of land has made the disposal of solid waste from these industries an issue of concern. The present work suggests a unique approach of recycling and utilizing the solid waste from the steel industries called Steel Slag or WRP as a pavement sub-base and a highway embankment material. A new material comprising of a matrix of WRP and HDPE strips in which the latter has been used as reinforcement has been developed. The investigations have been carried out by mixing different percentages of HDPE strips cut in the aspect ratios of 23and 4 in the WRP.A comparative study of inclusions of such reinforcement has then been made experimentally through Direct Shear Split Tensile Unconfined Compression Strength and CBR tests.
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