This article induces the quadruple knowledge on effects of 100 ppm (P91B) and 22 ppm
(P91) boron in as‐received 9Cr steels in normalized and tempered conditions (NT) and …

The present study aims to clarify the possibility of rapid heating in the preparation of low-
carbon ultrafine (UFG) steel. The effects of heating rate on the phase transformation …

The effect of the lamellar long period stacking order (LPSO) phase on both mechanical
properties and dam** capacity of magnesium alloys is still vague. After heat treatment at …

Due to its critical use in lightweight components requiring elevated temperature operation, it
is very important to determine and model the high temperature thermomechanical flow …

Although, surface roughness can influence the determination of elastic moduli and
indentation hardness to some extent by instrumented spherical indentation test, limited work …

The soft zone is deemed unwanted for grade 91 steel weldments as it constitutes a cracking-
sensitive region deleterious for long-term creep performance. In the present work, formation …

Herein, the microstructure and properties of cold-extruded Al–9.74 Zn–2.59 Mg–0.94 Cu–0.2
Zr–0.83 Ti aluminum alloys after three different multi-stage solution treatments were …

The present work deals with improvement of mechanical properties and refining the
microstructure of low carbon steel (0.2%-C) after applying heat treatment techniques. For the …

Simulated welding has been employed to precisely locate and track the soft zone of 1.25 Cr-
0.5 Mo heat resistant steel. Hardness and microstructural variations in the soft zone …

In this work, we investigated the shock response of single-crystal tungsten with pre-existing
voids using nonequilibrium molecular dynamics simulations, considering four …