High-strength β titanium alloys represented by near β titanium alloy and metastable β
titanium alloy are preferred materials for large-scale load-carrying structures. In order to …

Chemical mechanical polishing (CMP) is the most effective technique to obtain global and
local planarization of metal and brittle surfaces. Conventionally, CMP slurries contain strong …

It is well accepted that grain-boundary phases in metallic alloys greatly deteriorate the
mechanical properties. In our work, we report on a novel strategy to prepare high strength …

Isothermal compression tests, electron backscatter diffraction (EBSD) observations and
quantitative analysis were performed to investigate high-temperature deformation behavior …

Abstract Effect of cooling rates, ie, air cooling and furnace cooling, after solution in α+ β
phase-field on variant selection, coarsening behavior of α phase and microstructure …

Revealing the mesoscale deformation mechanisms of titanium alloy with tri-modal
microstructure is of great significance to improve its mechanical properties. In this work, the …

The flow behaviors of 300M steel are studied by hot compression experiments at the
deformation temperatures of 1173~ 1423 K and strain rates of 0.01~ 10 s− 1. The flow stress …

In the present study, a fully lamellar Ti6Al4V alloy was severely deformed by high pressure
torsion (HPT) process under a pressure of 7.5 GPa up to 10 revolutions. Experimental …

The so-called bimodal microstructure of Ti-6Al-4V alloy, composed of primary α grains (α p)
and transformed β areas (β trans), can be regarded as a “dual-phase” structure to some …

We present an electron backscattered diffraction (EBSD)-trained deep learning (DL) method
integrating traditional material characterization informatics and artificial intelligence for a …