Sentence examples for laser surface processing from inspiring English sources
In the present investigation, an attempt has been made to develop an amorphous coating with Fe48Cr15Mo14Y2C15B6 bulk metallic glass on AISI 4140 substrate by laser surface processing.
The modeling and simulation of laser surface processing enables the prediction of the process response at certain levels of input and control parameters.
Laser surface processing of nanocrystalline materials is potentially important in the casting industry for improving die life and reducing downtime.
Laser surface processing of the test material, in the main, revealed the presence of β phase, contributing to its enhanced hardness.
Through white light interferometry (WLI) it was determined that the laser surface processing gave rise to maximum Ra and Sa parameters of 1.3 and 4.4 μm, respectively.
In addition to providing a deeper understanding of the mechanisms involved in femtosecond direct laser surface processing, our results highlight interesting ways of implementing the design of surface structures of applicative interest.
Applications of the laser surface-processing techniques in the fields of corrosion and protection of metallic substrates in various industrial environments are summarized.
A growth velocity analysis was carried out during laser surface remelting processing based on a minimum velocity or minimum undercooling criterion and the relationships between dendrite growth velocities in the three <100> directions, moving velocities of the solid/liquid interface and laser scanning velocities for the different crystallographic orientations were also set up.
The results indicate that the proposed ultrasonic vibration-assisted laser processing can be designed for efficient material removal (laser machining) and improved equiaxed microstructure (laser surface modifications) during materials processing.
Laser multiple processing, i.e. laser surface texturing and then Laser Shock Processing (LSP), is a new surface processing technology for the preparation of bionic non-smooth surfaces.
Before the injection of ceramic particles into remelted surface layer, the influence of processing parameters of laser surface remelting on the microstructure and properties of selected duplex steels was also investigated.
