Heat input is a critical parameter in wire arc additive manufacturing (WAAM). A large number
of studies have been carried out on the heat input of WAAM. However, the current research …

The demand for materials with specific properties continues to grow in modern industry,
necessitating a deeper understanding of metal solidification processes. This study …

Biodegradable Zn-based alloys, particularly Zn− Mg alloys with the addition of alloying
elements, have been intensively investigated aiming to improve both mechanical properties …

This work deals with the development of quantitative correlations of hydrogen evolution
performance with solidification microstructural and thermal parameters in Al–1Sn, Al–2Sn, Al …

The effects of Bi content as a trace element on the microstructure and the solidification path
of A356. 2 alloy have been investigated. The alloys containing different Bi levels (0, 20, and …

Considering that Bi is able to decrease friction between contacting surfaces, wear damage is
expected to decrease as well. Bi-containing Al alloys have emerged as a choice for creating …

Due to the rising demand for thermal management technologies within the electronics
industry, there has been an increased emphasis on developing new thermal interface …

The development of efficient thermal interface materials (TIMs) has become an emerging
demand mainly driven by the continual rise in power dissipation of high-performance …

The effect of trace Bi on the solidification structure of the Al–22Si alloy was studied by optical
microscopy, scanning electron microscopy, field emission transmission electron microscopy …

This work explores the effect of the addition of bismuth (Bi) to Al–8 wt% Si alloys. Bi in
Aluminum based alloys works as a self‐lubricating agent, improving machining and wear …