The paper presents some investigations about the influence of the Nd:YAG laser welding parameters on the penetration and metal evaporation of single and dual pass weld in the case of thin sections of stainless steel sample. The metal loss during welding process was measured in order to establish the optimal values of welding parameters. The geometric size of the welded zone was measured using an SEM microscope in order to establish the correlation between the penetration and with at different values of welding parameters
This thesis describes the technical development of the laser welding process and presents the result...
To ensure the reliability of repair welded tool surfaces, clad quality should be improved. The relat...
Recent developments in laser joining show the applicability of spectral analysis of the plasma plume...
The present thesis deals with welding of samples to examine the resulting geometry of the weld in de...
Laser welding will be an important welding process for different applications in aerospace , aircra...
Laser welding is an innovative method that is frequently used and required by different disciplines ...
The aim of this thesis is to investigate parameters influence in the laser welding of dissimilar met...
In the present study, the optimization of pulsed Nd:YAG laser welding parameters was done on a lap-j...
The technique to weld stainless steel with fiber lasers was investigated. The main objective of this...
AbstractThe laser material interaction, controlling of process parameters and their effect on meltin...
In this paper, laser welding of 316L and AISI 4340 steel is studied. Studies are focused on the effe...
Laser processing has became a valuable alternative to classical techniques in a large variety of tec...
Nowadays, the Nd:YAG laser has been a promising key tool for joining thin components. In this resear...
The paper studies laser welding of thin-thickness Ti-6Al-4V parts, manufactured by selective laser m...
A method for on-line monitoring of the joint penetration depth is reported, based on the spectroscop...
This thesis describes the technical development of the laser welding process and presents the result...
To ensure the reliability of repair welded tool surfaces, clad quality should be improved. The relat...
Recent developments in laser joining show the applicability of spectral analysis of the plasma plume...
The present thesis deals with welding of samples to examine the resulting geometry of the weld in de...
Laser welding will be an important welding process for different applications in aerospace , aircra...
Laser welding is an innovative method that is frequently used and required by different disciplines ...
The aim of this thesis is to investigate parameters influence in the laser welding of dissimilar met...
In the present study, the optimization of pulsed Nd:YAG laser welding parameters was done on a lap-j...
The technique to weld stainless steel with fiber lasers was investigated. The main objective of this...
AbstractThe laser material interaction, controlling of process parameters and their effect on meltin...
In this paper, laser welding of 316L and AISI 4340 steel is studied. Studies are focused on the effe...
Laser processing has became a valuable alternative to classical techniques in a large variety of tec...
Nowadays, the Nd:YAG laser has been a promising key tool for joining thin components. In this resear...
The paper studies laser welding of thin-thickness Ti-6Al-4V parts, manufactured by selective laser m...
A method for on-line monitoring of the joint penetration depth is reported, based on the spectroscop...
This thesis describes the technical development of the laser welding process and presents the result...
To ensure the reliability of repair welded tool surfaces, clad quality should be improved. The relat...
Recent developments in laser joining show the applicability of spectral analysis of the plasma plume...