Sentence examples for use of laser cladding from inspiring English sources

The use of laser cladding as a possible alternative for these applications is studied in the present work.

The process parameters of laser cladding have great effect on the clad geometry and dilution.

The contribution of laser cladding is also studied.

The results show that the laser scanning speed has the most significant influence on the width, height and depth of laser cladding layer, and the powder feeding rate has the most important influence on the hardness of laser cladding layer.

In order to investigate the effects of process parameters on the quality of laser cladding layer, Co-based alloy laser cladding experiments based on orthogonal method was performed on the 304 stainless steel by high power diode laser (HPDL).

The mean microhardness of laser cladding samples increased by 5.17, 4.90 and 4.89 times, respectively.

The processing time of laser cladding is comparably high and the catchment efficiency can be low.

Furthermore, the influence of using Ni-coated WC-12Co powder on the microstructure and microhardness was investigated and compared with those of laser cladded commercial WC-12Co claddings.

Results are discussed on the basis of the potential of using laser cladding technology in industrial maintenance, considering that repairing components with worn surfaces often requires the ability to deal with different depth regions.

Here we present the benefits of using laser cladding to minimize the plastic deformation on the HAZ.

Pre-mixed powders of copper, tin, titanium, and diamond with the weight ratio of 54%, 13.5%, 7.5%, and 25%, respectively, were deposited on mild steel substrates by the use of pre-placed laser cladding using a continuous wave and a pulsed laser.