In the present study, a novel method for manufacturing functionally graded metal matrix
composites (FGMMC) is introduced. This method is a cutting-edge combined plastic …

It was recently demonstrated that bulk two-phase 50/50 Zr–Nb nanolayered composites with
90 nm individual layers can be fabricated from an initial coarse-layered composite with 1 …

Laminate sheets attract increasing attention from researchers and engineers. In this paper,
Al/Ti/Al laminate sheets were fabricated by using cryogenic roll bonding for first time. The …

The accumulative roll bonding process was carried out to produce multilayered Ti/Al/Nb
composites up to four cycles. Scanning electron microscopy, transmission electron …

Explosive welding (EW) with an interlayer is considered a suitable technology for producing
Al/Nb layered composite, but the fundamental process behaviors of this method remain …

Understanding the role of processing parameters on the atomic-level deformation
mechanism and structural evolution during an accumulative roll bonding process is a …

Cu-Nb composites, among the realm of metallic composites, have gained significant
attention across diverse applications. Intermediate annealing in Cu-Nb composites has not …

The evolution of the microstructure and texture in body-centered cubic (BCC) niobium (Nb)
during conventional rolling and high-ratio differential rolling (HRDSR) at room temperature …

The Al‐Nb/Ti/Ni composite was fabricated from pure Al, Ni, Ti, and Nb sheets by the ARB
technology. The microstructure evolution was observed by scanning electron microscopy, x …

In this study, Mg+ B wires were prepared by powder in tube method using Nb and Cu tubes
as barrier and sheath, respectively, followed by cold drawing. Microstructural, textural, and …