et al. Aug 2015) [8].The optimum percentage of concrete with ceramic tile waste for coarse and fine aggregate is 10% & 20% (Hemnath Kumar ch.et al.2]. CementMangalore tile waste as coarse aggregate in concrete; Stabilized manganese-ore tailings blocks; Crushed stone dust cement blocks; Low cost bricks making; Liqueconss floors and roofs; Low cost liners for canal; Low cost roffing tiles; Stabalised copper tailin g blocks; Air pollution studeis; Geographic information system; A scientific study of ...97. Mangalore Tile Waste As Coarse Aggregate In Concrete 98. Effect Of Blast Furnace Slag On Soil-Cement Stabilization 99. Stabilized Haalu Mannu Blocks 100. Effects Due To Untreated Disposal Of Municipal Sewage 101. Development Of BC Soil Stabilised Building Blocks Using Lime And Flyash 102. Portable Low Cost Ferrocement Water Tank 103.422. mangalore tile waste as coarse aggregate in concrete 423. effect of blast furnace slag on soil-cement stabilization 424. stabilized haalu mannu blocks 425. effects due to untreated disposal of municipal sewage 426. development of b.c soil stabilised building blocks using lime and flyash 427. portable low cost ferrocement water tank 428.Isah [11] suggested that the optimum replacement ratio of the waste ceramic tile chips as aggregate in concrete is 10%.Sekar [12] studied the influence of …Aruna D (2015)[1]: For tile waste based concrete,
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