It has been widely recognized that the fatigue performance of metallic materials is
significantly affected by both geometrical and microstructural sizes. Based on a literature …

The further developments of additive manufacturing (AM) provides a possibility for Ti6Al4V
and its functionally graded materials (FGMs), but limits further applications due to its low …

Titanium alloys are widely employed in aerospace applications due to an outstanding
combination of properties. The variety of loading conditions and microstructures …

The hot tensile and fracture behavior, as well as damage mechanisms of Ti6Al4V alloy are
investigated by the hot tension tests and microstructure observation experiments. For …

Two-phase titanium alloy Ti–6Al–2Sn–4Zr–6Mo (TC19) has an excellent application
prospect in aerospace field. In order to study its hot deformation behavior and the …

This paper addresses the role of macrozone crystallography and morphology in dwell
fatigue in titanium alloy Ti-6Al-4V. Until now, the relationship between macrozones and …

This work explores the characteristics of dislocation storage and annihilation behavior in
heterogeneous metal welded joints under different strain rates. It forms the micro-strain …

Classically, crystal plasticity modeling has used a range of constitutive equations, in which
the incorporation of additional physics-based relationships typically results in additional …

Additive manufacturing is a state-of-the-art production technology to produce tailor-made
and highly complex parts. Among various other alloys, Ti base alloys are frequently used in …

High and very high cycle fatigue tests for TC11 titanium alloy were performed to clarify the
interior cracking behavior under fully reversed and pulsating tension at three service …