The occurrence of a stable icosahedral (i-) phase, which is quasicrystalline with an
icosahedral (fivefold) symmetry, on the equilibrium phase diagram of Mg–Zn–RE (RE= Y …

The present paper focuses on the microstructural changes in Ti64 alloy after irradiation. The
titanium alloys allow a significant decrease in activation and mass with a similar mechanical …

Finding the quantitative microstructure-tensile properties correlations is the key to achieve
performance optimization for various materials. However, it is extremely difficult due to their …

Modifications to the surface, structural and mechanical properties of brass after ion
irradiation have been investigated. Brass targets were bombarded by carbon ions of 2 MeV …

Ion irradiations on the Ti6-4 titanium alloy were conducted at the JANNUS French platform in
two different conditions of temperatures, doses and fluxes, to simulate neutron irradiation …

Irradiation induced phase transformation of γ-austenite to α-ferrite has been observed in
austenitic steels for the past several decades. This transformation can be detrimental to …

Isothermal compression tests were conducted to investigate the hot deformation behaviour
of a Ti–6Al–4V alloy with different hydrogen contents (0, 0.35 and 0.6 wt.%) at temperatures …

The room-temperature tensile and fracture toughness properties of Ti-6Al-4V plate were
tested to characterize the effect of rolling direction on the fracture toughness in two different …

In petroleum drilling engineering, materials with high strength and rapid degradation are
required for degradable fracturing ball applications. In this work, the microstructure …

In this research, the hot processing parameters-impact toughness correlation of Ti-6Al-4V
titanium alloy is studied. Fifty-four groups of hot processing treatments with different forging …