The contribution deals with the evaluation of the surface quality after laser cutting and determination of the influence individual input laser parameters at the whole process. There were selected samples for experiment made from S235JR material with the thickness 10 mm and 15 mm. There was set up values of process parameters, such as laser power, focal spot position, cutting speed and shield gas pressure. The final surface quality was measured and evaluated on the basis of the selected surface roughness parameters and material ratio. The surface quality was evaluated from point of view of defects emerging after thermal splitting according to standard ČSN EN ISO 17 658
The new single-mode fibre lasers have made it possible to work with long working distances and high ...
This paper presents an original approach for the optimisation of laser cutting process based on surf...
This thesis is focused on the technology of laser cutting together with edge roughness for low carbo...
The project elaborated in frame of bachelor´s degree program B-STG (“Mechanical Engineering Technolo...
This thesis primarily deals with the laser material cutting and with the subsequent evaluation of ro...
The project carried out in the bachelor's degree program B - STG (“Mechanical Engineering Technology...
Theoretical part of the thesis provides an overview of the most often used laser devices in industry...
The theoretical part of the paper presents some basics of the laser cutting technology and principle...
One of the main problems with laser cutting equipment is related to the wrong setting of cutting par...
The thesis compares oxidation and fusion laser cutting methods in the production of sheet components...
This bachelor thesis deals with optimization of process parameters of laser CNC center. An IPG YLS-5...
AbstractLaser cutting provides various advantages such as high flexibility in terms of process param...
Laser cutting is one of the most industrial applications. Laser cutting with oxygen is used primaril...
Cut quality degradation due to heat accumulation is a phenomenon which can significantly hinder the ...
The diploma thesis discusses laser cutting of non-ferrous metals using fiber YbYag laser and evaluat...
The new single-mode fibre lasers have made it possible to work with long working distances and high ...
This paper presents an original approach for the optimisation of laser cutting process based on surf...
This thesis is focused on the technology of laser cutting together with edge roughness for low carbo...
The project elaborated in frame of bachelor´s degree program B-STG (“Mechanical Engineering Technolo...
This thesis primarily deals with the laser material cutting and with the subsequent evaluation of ro...
The project carried out in the bachelor's degree program B - STG (“Mechanical Engineering Technology...
Theoretical part of the thesis provides an overview of the most often used laser devices in industry...
The theoretical part of the paper presents some basics of the laser cutting technology and principle...
One of the main problems with laser cutting equipment is related to the wrong setting of cutting par...
The thesis compares oxidation and fusion laser cutting methods in the production of sheet components...
This bachelor thesis deals with optimization of process parameters of laser CNC center. An IPG YLS-5...
AbstractLaser cutting provides various advantages such as high flexibility in terms of process param...
Laser cutting is one of the most industrial applications. Laser cutting with oxygen is used primaril...
Cut quality degradation due to heat accumulation is a phenomenon which can significantly hinder the ...
The diploma thesis discusses laser cutting of non-ferrous metals using fiber YbYag laser and evaluat...
The new single-mode fibre lasers have made it possible to work with long working distances and high ...
This paper presents an original approach for the optimisation of laser cutting process based on surf...
This thesis is focused on the technology of laser cutting together with edge roughness for low carbo...