Based on the thermodynamic database of the Ti–Al–Fe–V quaternary system, a novel α+ β
titanium alloy, Ti-4.5 Al-10.5 V–3Fe, with greater performance was developed by combining …

Abstract Based on previous Ti-Al-Cr-Mn quaternary system thermodynamic database, a
novel near-α titanium alloy Ti-6.0 Al-4.5 Cr-1.5 Mn alloy was designed and successfully …

Previous investigations of the Ti-Al-Fe-Cr quaternary system and its related sub-systems
were reviewed and summarized, then the thermodynamical database of the Ti-Al-Fe-Cr …

The Ti-Al-Fe-V quaternary system is a very useful system for titanium alloy development.
However, there are few reports on the thermodynamic description of this system. In the …

Ti–Al–V alloys have received considerable attention owing to their excellent high-
temperature mechanical properties. After conducting a critical review of the available …

Many Ti-alloys were designed by introducing iron (Fe) as an alloying element to improve the
mechanical properties and reduce the cost of the alloys. Therefore, new (α+ β) titanium …

The α+ β-type Ti-4.5 Al-6.9 Cr-2.3 Mn alloy has been theoretically designed on the basis of
assessment of the Ti-Al-Cr-Mn thermodynamic system and the relationship between the …

A new method to determine the major–minor sequence of microstructural features
influencing mechanical properties of two-phase titanium alloys was proposed in a ternary …

In order to develop a new titanium alloy with a good combination of strength–ductility–
toughness, a near-beta titanium alloy was designed based on the already widely used Ti …

Titanium and titanium alloys have several advantages, but the cost of titanium alloys is very
expensive compared with the traditional metal materials. This article introduces two new low …