STUDY ON IMPACT AND TENSILE PROPERTIES OF CONCRETE WITH COCONUT SHELL AS COARSE AGGREGATE
Journal: International Journal of Engineering Sciences & Research Technology (IJESRT) (Vol.6, No. 2)Publication Date: 2017-03-02
Authors : R. Ranjith;
Page : 424-432
Keywords : Agricultural waste; Coconut shell; Coconut shell aggregate (CSA); Coconut shell aggregate concrete (CSAC); Conventional granite aggregate (CGA); Conventional gr anite aggregate concrete (CGAC).;
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- EFFECT OF USING BANANA FIBRE AND ZEOLITE AS AN ADDITIVE ON THE ENGINEERING PROPERTIES OF BITUMINOUS CONCRETE
- Waste Plastic’s Effect on the Deterioration of Bituminous Mixes in Cold Climates
- Effect of a Complex Plant Additive on Flour Mixes and Wheat Dough
Abstract
The mechanical properties of coconut shell aggregate concrete (CSAC) namely splitting tensile strength, impact strength have been determined and a comparison is made with conventional granite aggregate concrete (CGAC) in the 30 days short - term experimental investigation. From the test results it is observed that coconut shell aggregate concrete has considera bly sufficient strength. But the splitting tensile strength of coconut shell aggregate concrete is 50 % less than that of conventional granite aggregate concrete. The coconut shell aggregate concrete results are lies within the limits of structural lightwe ight concrete. Hence it is considered as structural light weight aggregate concrete. The impact strength result of coconut shell aggregate concrete CSAC is less than the conventional granite aggregate concrete CGAC.
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