AbstractRefurbishment of damaged components is nowadays a useful solution to save maintenance costs. Laser cladding is one of the most advantageous solutions to fulfill this kind of repair. With the aim of reusing deteriorated steam circuit parts of thermal power stations, a laser cladding process has been developed. Different Co-based alloys of Stellite® and Tribaloy® families, which offer good resistance against impact, corrosion and erosive wear at high temperatures, were used as coating materials to improve the durability of this repair. A comparative study of morphology, structure and hardness of the deposited layers with optimized parameters has been carried out
For laser cladding, a multitude of powders, known from conventional thermal coating processes, and c...
Laser cladding is a method that can be applied to repair the crack and break on the mold and die sur...
The paper presents the results of laboratory tests of test specimens produced by multi-layer laser p...
AbstractRefurbishment of damaged components is nowadays a useful solution to save maintenance costs....
AbstractDue to the costs of replacing certain damage parts in thermal power stations by new ones, it...
This research was aimed at the development of production methods and tools needed to achieve a high ...
The present study concerns the generation of a wear resistant Stellite 6 CO2 laser clad layer on...
AbstractStellite 6 was deposited by laser cladding of two different chromium-bearing steel substrate...
In the field of surface engineering, laser cladding is an emerging coating method with the quality o...
Cobalt-based alloys are used as wear-resistant materials for hardfacing cheap steel substrates. A su...
Electron microscopy, mechanical hardness measurements, and wear experiments have been carried out on...
Tribally T-400 is a cobalt based alloy with molybdenum additions, which has been developed for impro...
ArticleThis paper is devoted to the investigation of the influence of technological parameters on t...
Currently, intricate problems of surface treatment can be solved through precision cladding using ad...
Currently, intricate problems of surface treatment can be solved through precision cladding using ad...
For laser cladding, a multitude of powders, known from conventional thermal coating processes, and c...
Laser cladding is a method that can be applied to repair the crack and break on the mold and die sur...
The paper presents the results of laboratory tests of test specimens produced by multi-layer laser p...
AbstractRefurbishment of damaged components is nowadays a useful solution to save maintenance costs....
AbstractDue to the costs of replacing certain damage parts in thermal power stations by new ones, it...
This research was aimed at the development of production methods and tools needed to achieve a high ...
The present study concerns the generation of a wear resistant Stellite 6 CO2 laser clad layer on...
AbstractStellite 6 was deposited by laser cladding of two different chromium-bearing steel substrate...
In the field of surface engineering, laser cladding is an emerging coating method with the quality o...
Cobalt-based alloys are used as wear-resistant materials for hardfacing cheap steel substrates. A su...
Electron microscopy, mechanical hardness measurements, and wear experiments have been carried out on...
Tribally T-400 is a cobalt based alloy with molybdenum additions, which has been developed for impro...
ArticleThis paper is devoted to the investigation of the influence of technological parameters on t...
Currently, intricate problems of surface treatment can be solved through precision cladding using ad...
Currently, intricate problems of surface treatment can be solved through precision cladding using ad...
For laser cladding, a multitude of powders, known from conventional thermal coating processes, and c...
Laser cladding is a method that can be applied to repair the crack and break on the mold and die sur...
The paper presents the results of laboratory tests of test specimens produced by multi-layer laser p...