Add to ORKGTemperature patterns and hardness of surfaces produced by laser cladding is modeled. The mathematical model includes the description of all important physical phenomena taking part in the process. Experimental values of resultant hardness are also provided
A model which takes into account the main phenomena occurring during the laser-cladding process is p...
AbstractThe laser cladding process gains importance, as it does not only allow the application of su...
A model of hybrid cladding on a cylindrical surface is built and numerically solved. Heating of both...
Temperature patterns and hardness of surfaces produced by laser cladding is modeled. The math...
Nowadays, laser hardening is a sufficiently mature process to be industrially applied as a substitut...
Laser cladding is a method to deposit coatings on surfaces, that enable an improvement of the chemic...
Laser cladding is a modern technology whose uses include, for example, the creation of protective co...
This thesis is directed to laser cladding with powder and a CO2 laser as heat source. The laser beam...
Laser cladding is presented as a one of the technologies of laser material surface treatment. A seri...
Back tempering is one of the most critical problems in laser hardening of extended surfaces. In this...
Chapter 7 focuses attention on a case study of laser surface glazing (LSG), which is a widely used p...
This thesis is directed to laser cladding with powder and a CO2 laser as heat source. The laser beam...
Additive manufacturing of laser heat sinks enables the optimization of cooling channel geometries an...
AbstractThe laser cladding process is based on the generation of a melt-pool in a substrate where a ...
A new analytical model of heat flux during laser surface treatment is presented. Prior knowledge of ...
A model which takes into account the main phenomena occurring during the laser-cladding process is p...
AbstractThe laser cladding process gains importance, as it does not only allow the application of su...
A model of hybrid cladding on a cylindrical surface is built and numerically solved. Heating of both...
Temperature patterns and hardness of surfaces produced by laser cladding is modeled. The math...
Nowadays, laser hardening is a sufficiently mature process to be industrially applied as a substitut...
Laser cladding is a method to deposit coatings on surfaces, that enable an improvement of the chemic...
Laser cladding is a modern technology whose uses include, for example, the creation of protective co...
This thesis is directed to laser cladding with powder and a CO2 laser as heat source. The laser beam...
Laser cladding is presented as a one of the technologies of laser material surface treatment. A seri...
Back tempering is one of the most critical problems in laser hardening of extended surfaces. In this...
Chapter 7 focuses attention on a case study of laser surface glazing (LSG), which is a widely used p...
This thesis is directed to laser cladding with powder and a CO2 laser as heat source. The laser beam...
Additive manufacturing of laser heat sinks enables the optimization of cooling channel geometries an...
AbstractThe laser cladding process is based on the generation of a melt-pool in a substrate where a ...
A new analytical model of heat flux during laser surface treatment is presented. Prior knowledge of ...
A model which takes into account the main phenomena occurring during the laser-cladding process is p...
AbstractThe laser cladding process gains importance, as it does not only allow the application of su...
A model of hybrid cladding on a cylindrical surface is built and numerically solved. Heating of both...