ABSTRACT Thermomechanical behaviour of Gum Metal (Ti–23Nb–0.7 Ta–2.0 Zr–1.2 O,
at.%) under cyclic tension was experimentally investigated using infrared thermography and …

This work describes an attempt to assess whether the temperature field from a thermal
imaging camera can be converted into a velocity field with an accuracy sufficient for …

Multifunctional β-titanium alloy Gum Metal, characterized by a relatively low elastic modulus,
superelastic-like behavior and high strength, was subjected to cyclic tensile loadings. The …

This paper presents results of investigation of multifunctional β-Ti alloy Gum Metal subjected
to tension at various strain rates. Digital image correlation was used to determine strain …

The development of prosthesis implantation as a means to treat bone defects in the field of
orthopedic surgery is booming. Some materials with excellent biocompatibility are available …

Before the conservation and restoration of many types of cultural heritage, it is necessary to
perform careful examination. This study aimed to determine the original building state and …

A hyperelastic-viscoplastic model of Gum Metal is presented. The model is formulated in the
large strain framework. The free energy function is postulated consisting of the hyperelastic …

In recent decades, several novel Ti alloys have been developed in order to produce
improved alternatives to the conventional alloys used in the biomedical industry such as …

Mechanical behavior of a multifunctional titanium alloy Gum Metal was investigated by
conducting tensile tests at various strain rates and applying digital image correlation (DIC) …

A Ti–25Nb shape memory alloy (SMA) exhibits shape memory effect associated with stress-
induced martensitic transformation from β to α ″phase. Addition of oxygen stabilizes the β …