Composites demonstrating enhanced electrical conductivity compared to copper have been
highly sought after for their advantages in efficient energy transport behavior. While such …

Abstract Recently, nano-refrigerant (NR) was proposed as a new heat transfer (HT)
operation strategy. Until today, most research was done on the nanofluids (NFs) …

The directional solidification phenomenon has been observed in conventional castings and
state-of-the-art manufacturing processes like additive manufacturing of steel. Precise control …

Carbon fiber reinforced composites (CFRCs) have received increasing interest for their
unique feature of excellent strength-to-weight ratio and their applicability in various fields …

Molecular dynamics-based simulations have been extensively used to study the effects of
coatings on a variety of surfaces. These coatings have found utilization in improving upon …

This study compares friction-stir spot welds (FSSW) of pure Al to Cu, with and without
graphene interlayer (GL), for tensile load and electrical conductivity (σ). The weld interface of …

Inorganic halide perovskite materials are widely used to make efficient solar cells; however,
they have a number of stability issues. Furthermore, due to the inadequate spatiotemporal …

Molybdenum disulfide (MoS 2) depicts a 2-dimensional layered structure. It is known as
multi-utility and multi-functional material based on its capability to exhibit a change in …

Graphene is considered to be one of the most promising reinforcement phases for
nanocomposites due to its unique two-dimensional planar structure with excellent …

Cesium lead iodide, CsPbI 3, is a promising material for solar cell manufacturing;
nonetheless, it has numerous mechanical stability issues. Furthermore, due to low …