AbstractSurface features have the potential to be used in numerous applications to enhance the functional properties of materials; for example, to increase heat transfer in metallic heat exchangers. The feasibility of producing surface features with a 200 W Ybfibre laser and the Surfi-Sculpt® process is reported here. A range of surface features have been produced in various metallic materials, and the effects of several key process parameters on the resulting feature shape have been investigated. The results are encouraging for a number of industry sectors where electron beam machines and high-powered laser sources are cost prohibitive
Functionalization of surfaces as well as the precise generation of metallic components are increasin...
The basic physical processes of surface processing with laser radiation are shortly outlined. For lo...
Abstract: The feasability of surface treatments by cw YAG laser has been established. Concerning sol...
AbstractThe mechanisms involved in the production of surface features of protruding material formed ...
AbstractThe three-dimensional laser surface modification manufacturing technique, Surfi-Sculpt®, is ...
AbstractLaser surface texturing process is based on selective material melting and vaporizing to gen...
Surface structuring by remelting with laser radiation is a new approach to shape metallic surfaces (...
The current availability of lasers with characteristic pulse lengths ranging from ns to fs has provi...
Exposure to laser radiation leads to a change in the temperature field of the substance being treate...
Use of kW class Ultra-Short Pulse lasers jointly with a suitable beam engineering strategy makes pos...
The laser has gained significant attention in the field of surface texturing due to its numerous ben...
Abstract. Light amplification by stimulated emission of radiation (laser) is a coherent and monochro...
This thesis describes the formation of and applications of self-assembled structures on metals. Prim...
We considered possibilities of an application of diffractive free-form optics in laser processing of...
Optimization of processing parameters and exposure strategies is usually performed in additive manuf...
Functionalization of surfaces as well as the precise generation of metallic components are increasin...
The basic physical processes of surface processing with laser radiation are shortly outlined. For lo...
Abstract: The feasability of surface treatments by cw YAG laser has been established. Concerning sol...
AbstractThe mechanisms involved in the production of surface features of protruding material formed ...
AbstractThe three-dimensional laser surface modification manufacturing technique, Surfi-Sculpt®, is ...
AbstractLaser surface texturing process is based on selective material melting and vaporizing to gen...
Surface structuring by remelting with laser radiation is a new approach to shape metallic surfaces (...
The current availability of lasers with characteristic pulse lengths ranging from ns to fs has provi...
Exposure to laser radiation leads to a change in the temperature field of the substance being treate...
Use of kW class Ultra-Short Pulse lasers jointly with a suitable beam engineering strategy makes pos...
The laser has gained significant attention in the field of surface texturing due to its numerous ben...
Abstract. Light amplification by stimulated emission of radiation (laser) is a coherent and monochro...
This thesis describes the formation of and applications of self-assembled structures on metals. Prim...
We considered possibilities of an application of diffractive free-form optics in laser processing of...
Optimization of processing parameters and exposure strategies is usually performed in additive manuf...
Functionalization of surfaces as well as the precise generation of metallic components are increasin...
The basic physical processes of surface processing with laser radiation are shortly outlined. For lo...
Abstract: The feasability of surface treatments by cw YAG laser has been established. Concerning sol...