The paper takes a new look at studying the phase composition and structure of oxide films of
the T8 tool induced by Nd: YAG laser radiation in air. It was decided that the best method for …

Improving the service life and efficiency of high-speed steel (HSS) tools remains a
formidable challenge. Herein, scanning electron beam (SEB) was employed to modify the …

In the present work, the evolution of the microstructure in additively manufactured 17-4PH
stainless steel, which was subjected to laser surface alloying with amorphous boron and …

The possibility of raising the wear resistance and prolonging the service of forging die
inserts is analyzed with the aim to elevate the efficiency of the production process and to …

Nd-YAG lasers have been successfully used in recent years as reliable heat source to
surface modification of engineering materials such as laser surface re-melting. In the present …

The microstructure and wear behavior of AISI 304 stainless steel after Nd: YAG pulsed laser
surface melting (LSM) were investigated. The microstructural features of the LSM layer were …

The features of damageability of niobium by pulsed fluxes of laser radiation (LR) in free-
running (power density q FR= 105–106 W/cm2 with pulse duration τFR= 700 μs) and Q …

The influence of pulsed helium ion (HI) and helium plasma (HP) fluxes on an Inconel 718
alloy fabricated by an additive technology via selective laser melting and subsequent heat …

The effect of the time and energy parameters of pulsed laser treatment on the structure
formation and hardness of high-speed steel after annealing upon surface melting has been …

Fine-tuning laser parameters is necessary to achieve the desired quality of the process of
laser surface texturing. This requires a set of experiments to assess the influence of the main …