Using a Nd:YAG laser for laser beam powder cladding, the coating of steel as the substrate with different metallic hard alloys, cemented carbides and oxide ceramical additions has been studied. Process parameters have been optimized, and wear resistance of the coated materials as a function of process parameters has been determined. Nd:YAG laser cladding is especially suited for repair and regeneration of such components, which cannot be treated by other methods on account of the heat exposure. The compiled technical regulation on the Nd:YAG laser cladding supports the practical application of the scientific results from this study. (WEN)Available from TIB Hannover: F96B941 / FIZ - Fachinformationszzentrum Karlsruhe / TIB - Technische Infor...
For laser cladding, a multitude of powders, known from conventional thermal coating processes, and c...
Currently, intricate problems of surface treatment can be solved through precision cladding using ad...
Within the scope of this project, laser surface treatment of aluminum alloys, tool steels, and ceram...
Laser beam build-up welding belongs to the technical group of thermal coating. With a coating thickn...
In the present study, the opportunities of laser beam treatment by the means of the 4 kW Nd:YAG lase...
Using steel Ck45 (steel for hardening and tempering) and steel X210Cr12 as the basic materials, phys...
There are three processes, where solid feedstock materials are used for surface modification process...
Functional surfaces designed to withstand the imposed stress and strain are produced by means of las...
Protective layers exhibiting abrasive wear resistance similare to that of conventional WC/Co hard me...
Fundamental material-technical and process-optimizing investigations were done on laser welding of A...
The aim of the present work is to establish the relationship between laser cladding process paramete...
The aim of this project was to evaluate the potential of a surface treatment (to improve the wear re...
Conventional machining processes for cutting of ceramic materials due to the material are very time ...
Currently, intricate problems of surface treatment can be solved through precision cladding using ad...
Remelting, alloying and cladding of copper materials as well as steel cladding with aluminium multic...
For laser cladding, a multitude of powders, known from conventional thermal coating processes, and c...
Currently, intricate problems of surface treatment can be solved through precision cladding using ad...
Within the scope of this project, laser surface treatment of aluminum alloys, tool steels, and ceram...
Laser beam build-up welding belongs to the technical group of thermal coating. With a coating thickn...
In the present study, the opportunities of laser beam treatment by the means of the 4 kW Nd:YAG lase...
Using steel Ck45 (steel for hardening and tempering) and steel X210Cr12 as the basic materials, phys...
There are three processes, where solid feedstock materials are used for surface modification process...
Functional surfaces designed to withstand the imposed stress and strain are produced by means of las...
Protective layers exhibiting abrasive wear resistance similare to that of conventional WC/Co hard me...
Fundamental material-technical and process-optimizing investigations were done on laser welding of A...
The aim of the present work is to establish the relationship between laser cladding process paramete...
The aim of this project was to evaluate the potential of a surface treatment (to improve the wear re...
Conventional machining processes for cutting of ceramic materials due to the material are very time ...
Currently, intricate problems of surface treatment can be solved through precision cladding using ad...
Remelting, alloying and cladding of copper materials as well as steel cladding with aluminium multic...
For laser cladding, a multitude of powders, known from conventional thermal coating processes, and c...
Currently, intricate problems of surface treatment can be solved through precision cladding using ad...
Within the scope of this project, laser surface treatment of aluminum alloys, tool steels, and ceram...