Abstract
Usually the performance of a novel composite is determined by its response under various physical, mechanical, as well as tribological conditions to establish its stability as well as suitability in varied applications. Hence, in the current investigation, an abundance of property information has been generated for a set of epoxy-LD sludge based composites by processing them through solution casting and by carrying out various characterizations to evaluate their tribological behaviour under controlled laboratory conditions. Successful analysis of control factors affecting the sliding wear rate is carried out using response surface methodology. From the dry sliding wear test results, it is observed that the specific wear rate of the composites is mostly affected by the filler content.
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