Controlling the hot deformation mechanism of the titanium alloy and avoiding deformation
instability are the key points in the hot forging of the titanium alloy. A high throughput …

The present study explores the near atomic scale spatial distributions of substitutional
alloying elements (aluminium and vanadium) and interstitial impurities (oxygen and carbon) …

The present work aims to understand the formation of microstructural features and their
orientation development at the (prior) β grain boundary regions for Ti-6Al-4V alloy. The grain …

Hot deformation is an important procedure of metastable β titanium alloy for manufacturing.
And it is essential to improve the homogeneity of deformation microstructure in titanium …

Ultrahigh-strength titanium alloy (≥ 1250 MPa) innovation calls for an integrated framework
combining novel deformation processing and microstructural control. However, a confluence …

The interaction between fatigue damage and hydrogen in TC4 welded joints was analyzed
considering specimens with different pre-cycles. The fracture failure caused by hydrogen …

The present study explores the micro-texture formation based on the morphology and
orientation of the β grains, grain boundary (GB) α and lamellar or basketweave α phases …

There has not been any damage prediction using Johnson-Cook's (JC) hardening and
damage model in the hydraulic bulging (HB) and hydroforming (HF), which are the …

This study aims to increase the limited formability of the Ti-6Al-4V sheet at room temperature
using the pulsating hydraulic bulging and to investigate the microstructural reasons for the …

An in situ autogenous particle‐reinforced Ti‐2.5 Zr‐2Al‐1 (Si, C) titanium alloy is prepared
by vacuum induction melting. The wide range of an effective strain between 0.2 and 1.2 and …