The growing demand for fuel efficiency and emission reduction in the aviation industry has
significantly driven the adoption of weight-reduction strategies, notably through the use of …

To implement a lot of technological processes in the manufacturing of aircraft parts from
aluminum alloys, it is necessary to move the tool at a high speed. High requirements for …

Featured Application This study contributes to the design of mixed inflow turbines to improve
their performance in internal combustion engines. Abstract The choice of blades for mixed …

An investigation on new rotor blade designs conceived to produce higher exit relative kinetic
energy of a mixed flow turbine is undertaken. Accelerating the flow through the rotor in a …

This paper explores the potential for implementing digital twin technology, focusing on the
internal structure of the research object and the remote characteristics of its surrounding …

In machining thin-walled parts, determining the optimum machining strategy and the
criterion selection of milling parameters is highly relevant. This study addresses the gap in …

Featured Application This study consists of a contribution to the design of mixed inflow
turbines with the view to improve their performance when integrated in internal combustion …

The flexibility of thin-walled component and presence of a low natural vibrations frequency
significantly affects the efficiency and accuracy of the milling, so inevitably arise the problem …

There is a steady trend in the mechanical engineering industry to increase the required
accuracy of parts manufacturing using high-speed equipment. The control of such …

Issues of technological processes' intensification and increase of cutting tools efficiency are
the first-priority tasks in engineering. Taking into account the theoretical forecasts, two …