This investigation focuses on unravelling the dominant influence of microsegregation and
microstructure altered due to heat treatment cycle variation on creep rupture behaviour of …

Wire-based laser directed energy deposition (LDED) technology is an attractive and efficient
additive manufacturing technology, which shows great potential in the process of …

Abstract The Mo-14Re alloy is currently utilized as a candidate structural material in space
nuclear reactors and exhibits significant potential in other high-temperature fields. However …

In this paper, the texture evolution of the Ni-5% W alloy baseband with different strain
variables (ε vM= 3.9, 4.9, and 5.1) during rolling and annealing was studied using the …

This research presents a dislocation-based hot deformation model to address a nickel-
based superalloy's flow stress response and discontinuous dynamic recrystallization …

The processing map for M50NiL steel was established by hot compression tests at
temperatures of 950–1150° C and strain rates of 0.002–1.0 s− 1. Based on the experimental …

The hot workability of Ni–25Cr–14W alloy is studied through isothermal hot compression
tests in the temperature (T) range of 1000–1200° C and in the strain rates (ε̇) of 0.001–10 …

This study investigates the high cycle fatigue behaviour of a Ni-base single crystal
superalloy under 760° C and 850° C. At 760° C, the crack initially grows in the …

This study investigates the hot deformation behavior of the GH99 alloy for hypersonic missile
airfoils at 1020–1170° C and 0.001–1 s− 1 by single-pass hot compression experiments …

The hot deformation behavior of modified N50 austenitic stainless steel in the temperature
range 950∼ 1250° C and strain rate range of 0.01–50/s was studied by uniaxial …