Alpha titanium (α-Ti) is a promising material for making high-performance components for
applications in aerospace, marine, energy and healthcare fields. The excellent strength …

Titanium has a significant potential for the cryogenic industrial fields such as aerospace and
liquefied gas storage and transportation due to its excellent low temperature properties. To …

The tensile strain-hardening behavior of pure Ti at 100 K was investigated using X-ray
diffraction line-profile analysis and plasticity simulation. The strain hardening was …

Titanium is promising for manufacturing high-performance components in aerospace,
marine, energy and healthcare. Whether the forming potential of alpha titanium can be …

Titanium and its alloys are widely used in the marine, aerospace, automobile and
biomedical industries due to their high strength-to-weight ratio, high melting temperature …

In this work, we explore the effect of strain rate and crystallographic texture on the hardening
behaviour and ductility of grade 2 commercially pure titanium (CP–Ti) plate at both room …

Commercial purity Ti was subjected to channel die compression in liquid nitrogen for the
purpose of studying its deformation characteristics from the viewpoint of the grain refinement …

To investigate the effects of grain size and processing temperature on the deformation
behaviors of commercially pure titanium (CP-Ti), the tensile tests were conducted at room …

The cryogenic tensile properties and deformation behaviors of pure titanium at liquid
hydrogen temperature (20 K) were investigated. Compared with 298 K, high ultimate tensile …

The strong anisotropy, asymmetry and distorted evolution of plasticity in thermomechanical
processing of high performance metallic materials such as α-Ti make it difficult to identify the …