In order to meet the requirements of high reliability, long-lifetime and lightweight in a new
generation of aerospace, aviation, high-speed train, and energy power equipment …

A thorough understanding of the texture evolution of near-α titanium alloys during the hot
metal forming can help obtain an optimal crystallographic texture and material performance …

Hybrid manufacturing technique by combining of the conventional manufacturing techniques
with the additive manufacturing technique has an attractive potential to fabricate the large …

An increase in hydrostatic stress improves the plasticity of metallic materials. However, for
some special components, such as large thin-walled components with high ribs, excessive …

Fabrication of high-performance ring parts with mesh-like ribs becomes the focus of concern
in aerospace industry. The axial closed extrusion (ACE) process is proposed in this work to …

Dynamic and post dynamic recrystallization in primary working of a coarse grained two-
phase TA15 titanium alloy were investigated. It is found that in β deformation, dynamic …

Avoiding the folding defect and improving the die filling capability in the transitional region
are desired in isothermal local loading forming of a large-scale Ti-alloy rib-web component …

Isothermal local loading forming is a less-loading and flexible forging technology, which is
promising to form the ultra-large-size integrated component with multi-rib by adopting small …

The mechanical properties of forgings mainly depend on the microstructure evolution during
closed-die forging process, during which the microstructure mainly undergoes dynamic …

Continuous dynamic recrystallization (CDRX) is the dominant restoration mechanism of near-
β titanium alloys during hot deformation. But till now, there is seldom visual modeling of the …