Application spectrum of shape memory alloys (SMA) is expanding rapidly and
proportionately so is the engineering demand for superior materials. An essential …

Abstract 10 1¯ 2 10 1¯ 1¯ twinning presents a variety of properties that entirely depart from
the classical twinning behavior. In this work, deformation of a single crystal Ti under uniaxial …

The crystallography of the low-temperature phases (β′′) for shape memory alloys (NbRu
and TaRu) has been debated for decades. Though a P2/m monoclinic structure has been …

Shear is one of the most fundamental deformation modes in solid-state phase transitions
and greatly influences the transformation process and mechanism. We employed molecular …

Carbon nanotube reinforced titanium (CNT/Ti) composites with high tensile strength (872±5
MPa) were synthesized by the high pressure torsion process (HPT). C s-corrected high …

The phase transformation mechanism and transformation path of Cu-Ni alloys is very
important to study for their applications in excellent electrical properties and chemical …

As the thickness of a thin film is decreased, the interfacial structure becomes paramount and
crystals can undergo phase transformations. Molecular dynamic simulations have been …

Electron beam cold hearth melting of titanium and niobium was performed to assess the
feasibility of this technique for uranium processing and to determine system requirements for …

As the thickness of a thin film is decreased, the interfacial structure becomes paramount and
crystals can undergo phase transformations. Molecular dynamic simulations have been …