A new approach to the reduction of the waviness of metal surfaces is based on laser remelting with modulated laser power. Waviness reduction is reached due to the modification of direction of solidification of a molten pool. The changes of the molten pool are induced by laser radiation in which amplitude is modulated in accordance with initial topography of surface. The laser process with modulated laser power allows decreasing the waviness up to 80%-95% depending of the wavelength of the initial structure. Results are given for milled steel 1.2343. This new approach shows better results in comparison with laser polishing with nonmodulated laser power
The aim of this research paper is to present laser surface treatment technologies, investigation of ...
Lasers are a powewful tool for the surface modification of metals in improving their corrosion and t...
Aluminium alloys offer notable advantages in the manufacture of structural components, but generally...
In this study a new approach to laser polishing with periodic modulated laser power in the kilohertz...
International audienceAmong the numerous laser applications, laser surface melting by using a pulsed...
A new approach to polish metallic freeform surfaces is polishing by means of laser radiation. In thi...
Surface structuring by remelting with laser radiation is a new approach to shape metallic surfaces (...
Surface structuring by remelting with laser radiation is a new approach to shape metallic surfaces (...
One of the common technological schemes for the laser processing of metal parts is laser «glazing» o...
International audienceAmong the numerous laser applications, laser surface melting by using a pulsed...
Exposure to laser radiation leads to a change in the temperature field of the substance being treate...
The Vanadis 6 ledeburitic-type steel was laser surface remelted. Microstructural changes and hardnes...
Optimization of processing parameters and exposure strategies is usually performed in additive manuf...
Selective laser melting (SLM) is a layer manufacturing process for the direct production of near ful...
Laser beam with power density 102 W.mm-2 causes metal surface melting without material vaporization....
The aim of this research paper is to present laser surface treatment technologies, investigation of ...
Lasers are a powewful tool for the surface modification of metals in improving their corrosion and t...
Aluminium alloys offer notable advantages in the manufacture of structural components, but generally...
In this study a new approach to laser polishing with periodic modulated laser power in the kilohertz...
International audienceAmong the numerous laser applications, laser surface melting by using a pulsed...
A new approach to polish metallic freeform surfaces is polishing by means of laser radiation. In thi...
Surface structuring by remelting with laser radiation is a new approach to shape metallic surfaces (...
Surface structuring by remelting with laser radiation is a new approach to shape metallic surfaces (...
One of the common technological schemes for the laser processing of metal parts is laser «glazing» o...
International audienceAmong the numerous laser applications, laser surface melting by using a pulsed...
Exposure to laser radiation leads to a change in the temperature field of the substance being treate...
The Vanadis 6 ledeburitic-type steel was laser surface remelted. Microstructural changes and hardnes...
Optimization of processing parameters and exposure strategies is usually performed in additive manuf...
Selective laser melting (SLM) is a layer manufacturing process for the direct production of near ful...
Laser beam with power density 102 W.mm-2 causes metal surface melting without material vaporization....
The aim of this research paper is to present laser surface treatment technologies, investigation of ...
Lasers are a powewful tool for the surface modification of metals in improving their corrosion and t...
Aluminium alloys offer notable advantages in the manufacture of structural components, but generally...