This paper reviews the status of technology in design and manufacture of new wrought
polycrystalline Ni-base superalloys for critical engineering applications. There is a strong …

The tensile elongation behavior and deformation mechanisms of superplastic Mg alloys and
Mg composites were examined by extensively reviewing the literature published from the …

This study presents an FEM-based approach to predict the rate of flank wear evolution for
uncoated cemented carbide tools in longitudinal turning processes. This novel approach …

The temperature-and phase-dependent yield strength plays a decisive role in the precise
prediction of residual stresses in structural steel weldments. Since it is very expensive and …

Explosive clads of mild steel (MS) and Ti Grade 2 have been fabricated using different
explosive load ratios (R) of 1.07, 2.01 and 3. Interface microstructure, microhardness …

Laser soldering has been widely used in the connection of the electronic components and
printed circuit boards. Normally, the temperature and thermal stress of solder joints …

Additive manufacturing (AM) of metallic components has recently become a viable option for
series production. In this, the powder of various metallic materials such as steel and …

It is well-known that the reliability of finite element (FE) simulation results of cutting
processes depends mainly on two factors: implementation of a well-defined constitutive …

The fusion welding process of metallic components, such as using gas tungsten arc welding
(GTAW), is often accompanied by detrimental deformations and residual stresses, which …

In the present work, a simple approach is proposed for predicting the compositions of
eutectic high entropy alloys (EHEAs) in Al–Co–Cr–Fe–Ni system. It is proposed that eutectic …