The aim of this work is to explore high-property nickel based self-lubricating coatings to meet
the challenge of the increasing demand of heavy load wear condition. Thus, a series of Ni …

Commercially pure titanium Ti Grade 2, 2 mm in thickness, was welded to 2 mm thick nickel
alloy 201 with electron beam welding. Various welding parameters were used to create the …

Nitinol is a perspective alloy that is difficult to weld because of its high sensitivity to heat,
atmospheric gases and the NiTi phase instability. We evaluated several welding techniques …

Welding of dissimilar alloys, specifically that of titanium (Ti) and nickel (Ni), poses numerous
challenges due to their significant differences in properties. This review paper aims to …

This work deals with the possibility of modification of the phase composition and
improvement of the properties of the NiTi alloy by alloying with other elements. After the …

This work describes three ways of preparation of Ni-Ti-Si shape memory alloy by powder
metallurgy methods. The self-propagating high-temperature synthesis, combination of self …

In this work, kinetics of the intermediary phase formation in Ti-Al system during reactive
sintering at 800 C was investigated. Because it is very difficult to determine the kinetics on …

The aim of the research on the newly developed eutectic silumin type AlSi9NiCuMg0. 5,
developed and patented by a team of staff of the Faculty of Mechanical Engineering, was to …

Titanium aluminides with various amounts of aluminium were prepared by Self-propagating
High-temperature Synthesis (SHS). Ti-20 wt.% Al, Ti-38 wt.% Al and Ti-63 wt.% Al were …

In this work, the effect of heating rate on the reaction temperatures in Ti-20 wt.% Al powder
mixture subjected to reactive sintering process were studied and microstructure, phase …