This research aims to study the effect of objective and subjective weighting methods in multi-
attribute decision-making (MADM) and then develop a systematic framework for selecting …

Novel friction composites materials using pineapple fiber as a sustainable alternative for
automotive industry were developed by increasing its amount from 5− 20 wt.% in the step of …

Magnesium alloy is the light weight material compared to aluminium alloy, and it possesses
high strength; these alloys are used to manufacturing of vehicle parts. Magnesium alloy has …

Purpose The paper aims to identify the most supply chain resilient company suitable for the
customized preferences of partner firms in the context of the Chinese supply chain …

Selecting the best brake friction composite composition amongst a set of natural fibres
reinforced composites using hybrid optimization method-ELECTRE (elimination and choice …

Physical, mechanical, and tribological properties of automotive brake friction materials were
investigated to study the influence of various slag waste and coir fiber combinations. The …

The present work reports on the development of a novel set of ramie–epoxy composites
filled with sponge iron (SI) slag (0–30 wt.%) and on their response to solid particle erosion …

A systematic and efficient approach for the selection of material is necessary to choose a
best alternative for the structure or component under consideration. The multi-criteria …

Purpose The paper aims to build a customized hybrid multi-criteria model to identify the top
three utilities of drones at both personal and community levels for two use cases: firefighting …

In this paper, a novel hybrid AHP (analytic hierarchy process)-SAW (simple additive
weighting) evaluation approach was proposed to select the preeminent brake friction …