Onur Aslantas, Thesis, “A Study On Abrasion Resis tance Of Concrete Paving Blocks”, middle east technical university, Turkey, December 2004 Leewis, “Specifications And Standards For Concrete Paving Blocks”, Delft, Netherland, April 1984 Martinec, “Concrete Interlocking Paving Blocks Compression Strength Determinat ion Using Non - destructive Methods”, Portorz, Slovenia, September 2005 and Sukandar, B.M., ``Abrasion Resistance of Concrete Block Pavers``, ACI Materials Journal, V 92, No.1, pp25 - 36, January - February 1995 Ghafoori N., and Mathis R., ``Prediction of Freezing and Thawing Durability of Concrete Paving Blocks``, Journal of Materials in Civil Engineering, V10, No.1, pp45 - 51, 1998 Sharma, “An Easy Approach For Road Construction - interlocking Concrete Paver Blocks”, New Delhi, NBMCW, September 2009 Cement and Concrete Institute, The Manufacture of Concrete Paving Blocks, Midrand, South Africa, 2001 P., and Ashok K.G., ``Structural Behaviour of Concrete Block P aving 2: Concrete Blocks``, Journal of Transportation Engineering, Vol 128, No.2, pp. The paper also shows the cost comparison per block for the each mix proportion. Test results indicate that by the addition of PPF by 0.3% and 0.4% it gives good results for abrasion resistance and flexural strength at 28 days respectively. In only both layers contain the polypropylene fiber (PPF) of 0.1%, 0.2%, 0.3%, 0.4%, and 0.5 % in each mixes proportion by weight. In this paper represent the results of the concrete paver block with the mix proportion of 1:3 (Cement: dolomite powder) and polypropylene fibre with the different percentage rate in the top layer of paver block and 1:1:2:3.75 (Cement: Fine aggregate: Semi G rit: Quarry dust) in the bottom layer of paver block. Also it`s helpful to improve the life span of paver block.
In this study addition of polypropylene fibers in paver block to show the change in the Abrasion Resistance and Flexural Strength of paver blocks with compare to standard paver block and reduces the maintenance cost of paver block. For improving Abrasion Resistance and Flexural Strength of paver b lock this st udy is necessary. Paver block has low cost maintenance and easily replace with a newer one at the time of breakage. Also we can say that it is partial replacement of concrete pavement. The presently paver block is used in various applications like in street road and other construction places. published by seventh sense research group. International Journal of Engineering Trends and Technology (IJETT). "Effect of Polypropylene Fibers on Abrasion Resistance and Flexural Strength for Interlocking Paver Block". International Journal of Engineering Trends and Technology (IJETT)Īuthors : Bhavin k. Effect of Polypropylene Fibers on Abrasion Resistance and Flexural Strength for Interlocking Paver Block
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