Refractory high-entropy alloys (RHEAs) are promising candidates for those applications
requiring of strong materials at high temperatures with elevated thermal stability and …

Flow softening and microstructural evolution of a novel near β titanium alloy Ti–3Al–5Mo–
4Cr–2Zr–1Fe (Ti-35421) with tensile strength beyond 1200 MPa have been investigated at …

The present study addresses the evolution of microstructural and crystallographic texture in
room-temperature-rolled (RTR) and cryogenic-rolled (CR) electrolytic tough-pitch (ETP) …

The effect of deformation temperature and strain rate (collectively described by the Zener-
Hollomon parameter Z) on the deformation mechanism and texture formation of the …

This study is focused on the sequence of texture transformation and uneven microstructure
evolution during hot compression of 2 vol% TiC/Ti-4Al-1Sn-2Zr-5Mo-8 V-2.5 Cr composites …

The present study addresses the microstructural and texture evolution of Cu-Fe-P alloy
sheets rolled at room temperature (RT). Cu-Fe-P specimens were subjected to 20, 40, 60 …

Microstructure and texture evolution of pure molybdenum prepared by powder metallurgy
during the thermal mechanical processing were studied. Uniaxial compression tests were …

The deformation behavior of pure molybdenum (Mo) was studied in very high temperature
range (1400–1700° C) by carrying out uniaxial compression tests at four different strain rates …

The character and distribution of grain boundaries (GBs) in molybdenum materials and their
decoration with solutes may lead to strengthening or weakening effects which limits the …

Excellent high-temperature mechanical properties and high recrystallization temperature are
crucial for molybdenum (Mo) alloys in practical applications. The microstructure and high …