Identification of mechanical properties of an araldite LY556 blended with DNR composite and polyacetal: A comparative study for sustainable future

Abstract

Epoxy material being a key in a wide range of applications has become a center of attraction for interdisciplinary research. However, the limitations so far reported in using this material has led to the development of some new pitches such as Polyacetal and Araldite. Polyacetal being currently employed in bushes, wipers, gears, etc. while Araldite composites with a potential of delivering some august properties can be an alternative approach to the former. In this work, a comparative study is carried out on the me-chanical attributes of Polyacetal and Araldite (Epoxy) material. Various ASTM standard specimens casted with these materials are subjected to some exploratory assessments such as Tensile Test, Izod Impact Test, Charpy Impact Test, Three-point Bending Test and Vicker’s Hardness Test in order to determine the respective properties.

A fuzzy Pythagorean TODIM method for sustainable ABC analysis in inventory management

“…Sustainable material development (alloys, composites, green materials, biomaterials, etc. ) is an evolving field and can play a significant role in directing futuristic development and growth plans in all fields toward a sustainable future (Parashar & Chawla 2021Dwivedi et al, 2021;Pol et al, 2022;Rahman et al, 2022).…”

Effect of calcium carbonate nanoparticles on mechanical properties of coir-kenaf based epoxy hybrid composites: An analytical and simulation study

“…To overcome this problem, scientists have introduced natural fiber-made composites because of their environmental friendliness, less weighty than synthetic fibers, easy availability, meager cost compared to other fibers, etc. [1][2][3][4][5][49][50][51][52][53][54][55][56]. Because of these cons, natural fiber composites are increasing their utilization for industrial applications.…”