The major concern of the modern era is to conserve and store energy for future use because
of the continuous depletion of natural resources. Spinel cobaltites have attracted a lot of …

The effect of evolved heat-affected zone (HAZ) during metal inert gas (MIG) and cold metal
transfer (CMT)–MIG welding of two IS2062 structural-steels, ie E250 and E410, was studied …

This study characterizes natural fibers extracted from the stem of Albizia julibrissin,
evaluating their potential for sustainable material applications. A series of analytical …

Metal vanadate and sulfides are considered the best candidates for energy storage devices
thanks to their high conductivity and robust redox properties. Inspired by the excellent …

This study presents a critical review on the dissimilar welding of ferritic-martensitic steel
(FMS) and austenitic stainless steel (ASS) using the gas tungsten arc welding (GTAW) …

In the current study, the incline edge crack growth behavior in an aluminum alloy 7075-T6
specimens (which were coated using nickel-carbon nanotubes electroless coating) has …

The increased marine activity in the Arctic Circle presents significant challenges for naval
structures operating in extreme conditions, such as temperatures as low as-60° C (Arctic …

In the present research, simple thermomechanical processing (cold rolling and short-term
annealing at 550° C for 45 min in an air atmosphere) was used to achieve bimodal grain …

This study examines the microstructural evolution, elemental distribution, phase
composition, and hardness variations in multi-material samples fabricated using Laser …

To investigate the effects of adding trace amounts of Li on the microstructure, mechanical
properties, corrosion behavior, antibacterial activity and biocompatibility of the Zn–Cu alloy …