The advancement of laser ultrasonics has increased rapidly in recent years, providing
applications for materials characterization as well as for industrial utilization, as a quality …

Conventional forging followed by dual heat treatment (near-β and two-phase field heat
treatments) is a feasible technique aimed at obtaining tri-modal microstructure in near-α …

In near-isothermal local loading forming (NLLF) of large-size Ti-alloy parts, one of the
challenging issues is to achieve accurately prediction of complex microstructural …

Compared to expensive graphene, inexpensive graphene nanoplatelets (GNPs) also have
excellent mechanical properties, and an increasing number of studies have demonstrated …

Ti-6Al-4V is a widely employed material in the aerospace, power generation and
bioengineering industries due to its low density, excellent corrosion resistance and …

Titanium alloy is important for the aerospace industry because of its high specific strength as
well as excellent anti-corrosion and anti-oxidative properties. In this paper, a three …

Abstract Ti-6Al-4V warm forged fasteners are a critical part of the aerospace industry, as they
are used in vast quantities for mechanical joining of components for the fuselage, wing-skin …

[ES] La investigación en aleaciones de titanio se extiende a diferentes sectores industriales
debido a sus excelentes propiedades, pues posee una resistencia mecánica específica …

Titanium alloys have a desirable balance of mechanical properties, which is required for gas
turbine engine material. Among the titanium alloys, Ti–6Al–4V is found to be the most …

Titanium alloy is an important class of aerospace material due to its high specific strength,
excellent anti-corrosion and anti-oxidation. In this paper, a three-dimensional thermo …