Experimental Investigation on Behaviour of RC Slabs Under Static Load
Journal Title: International Journal of Engineering and Science Invention - Year 2017, Vol 6, Issue 10
Abstract
The main objective of this investigation is to study the static behavior of RC slabs with different composite materials like steel and synthetic fibres, steel wire mesh, lathe scrap fiber, SBR latex. This includes the study of flexural behavior of RC slabs with varying percentages of conventional steel reinforcement, with steel wire mesh woven to the steel reinforcement and with SBR Latex (10%) subject to static loading. In this study an investigation is carried out on nine simply supported slabs ( RC slabs, RC + Mesh slabs, RC + SBR slabs ) with dimensions 1000 mm X 1000 mm X 60 mm are analyzed to investigate the flexural behavior of reinforced concrete slabs with and without SBR LATEX AND CHICKEN MESH. RC slabs with above mentioned composite materials have been tested up to failure with varying reinforcement ratio, the rebar diameter and the rebar spacing. Cracking and deflection of the reinforced concrete slabs are analyzed experimentally. The comparison between loads, deflections and crack configurations of reinforced slabs with Chicken Mesh and SBR Latex and those of conventional steel reinforced concrete slabs is carried out and the different behaviour is analyzed and discussed. Similar slabs are also tested to study the behaviour under impact loading, in this paper only static study is presented
Authors and Affiliations
N. Jayaramappa, Kiran . T, Dr. A. Krishna, Rajesha . R. N
Keywords
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