The paper presents a deep experimental study on surface modifications induced by roller
burnishing process of Ti6Al4V titanium alloy. The experimental campaign has been …

Abstract 300M steel is commonly used in the automotive and aerospace industries due to its
high strength and fatigue life. Residual stresses induced by machining of these materials …

This study delves into the dynamic behavior of reactive grains within metalized propellants
during surface deflagration. Our grain-scale simulations account for both fast and slow …

This book chapter pertains to the use of statistical methods and soft computing techniques
that can be used in the modelling and optimization of machining processes. More …

Burnishing is considered a super finishing process able to drastically increase surface
quality in terms of hardness and roughness of the manufactured parts. Consequently, it is …

Nickel-based super alloys are widely employed in critical applications, mainly in aerospace,
marine, and chemical industries, concerning the production of high-performance artifacts …

The metallurgical phenomena taking place during machining processes affect the thermo-
mechanical properties of the severely deformed materials, influencing, consequently, the …

This study has been conducted to analyse the effects of turning the Inconel X-750
superalloy, which is a member of a nickel-based superalloy family that is frequently …

The green process planning model was a necessary research field of the green
manufacturing, which has drawn increasing attention from many scholars. This study …

Cutting difficult-to-machine materials has always been a challenging task for the industry. It
is known that that high cutting temperature leads to inaccuracies in component dimensions …