Review on Experimental Investigation of Bituminous Concrete Mix Using Ceramic Waste and Rice Husk Ash as a Partial Replacement of filler and aggregate

Abstract

This article reviews current research into the effects of Ceramic Waste (CW) and Rice Husk Ash (RHA) on bituminous mixtures. Bituminous mixtures are most regularly used global. Day by day, the economic costs of bitumen and the lack of accessibility of ordinary material resources increase. For this reason, the possibility was discovered of locally available waste material such as fly ash, lime, fibers, ceramic waste, silica fumes, slag, plastic, etc. to discover. Ceramic waste (CW) and rice husk ash (RHA) are by-products that cause excessive environmental hazards, damage to the land and the environment in which it is disposed of. To solve this problem, a laboratory evaluation of the mechanical performance of bituminous concrete mixtures using ceramic waste and RHA as a partial replacement of fillers and aggregates is carried out here. In this experimental study, the Marshall Stability Test was considered to be a design and evaluation of bituminous pavement mixtures. The mechanical properties of these two materials are tested, whether or not it is advantageous for the bituminous paving mixes.