Microstructural Analysis of Triple Blended High-Performance Concrete Incorporating Ceramic Waste and Metakaolin
Keywords:
High Performance Concrete; Micro Structure, Mechanical Property, Waste Material, Micro analysis.Abstract
The analysis of micro structural property of triple blended high-performance concrete provides essential information about the internal molecular bonding and Mechanical Properties of the concrete. The mechanical property of the concrete can be improved by setting up porosity, homogeneity, microstructural arrangement of ingredient etc. The micro structural analysis helps to improve the desirable property of high-performance concrete to open the application in Prestressed, Prefabricated concrete member, High Rise buildings, Bridges etc. The disadvantage of high-performance concrete is high cement content which increases the overall cost, to reduce the cost of the concrete without compromising the mechanical properties and durability of the concrete, in this study the waste material metakaolin and ceramic waste is incorporated as a partial replacement of cement. The objective of the present study to assess microstructural assessment using X-Ray Diffraction (XRD), Scanning Electron Microscopy (SEM), Electro Static Discharge (ESD), Interfacial Transition Zone (ITZ) etc. The Outcome of this experimental study shows greater feasibility of using waste material into the concrete mix for not only making the Concrete Cost effective but also environment protective too.
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