Sentence examples for behavior of the laser from inspiring English sources

Existing low cycle fatigue models adequately describe fatigue behavior of the laser welds.

The behavior of the laser while the dispersion section strength was varied was found to qualitatively match predictions.

Finally, the wear and corrosion behavior of the laser surface alloyed stainless steel was evaluated and compared to that of as-received AISI 304 stainless steel.

Microstructure, hardness, room-temperature dry sliding wear and electrochemical corrosion behavior of the laser clad composite coatings were investigated as a function of the Cr3Si volume fraction.

This paper is concerned with the effects of strain rate on the tensile properties, deformation and fracture behavior of the laser welded DP780 steel joint.

The cavitation erosion behavior of the laser surface-alloyed samples in 3.5% NaCl solution was studied with a vibratory cavitation erosion tester.

However, mechanical behavior of the laser-welded joint under biomechanical stress factors has not been demonstrated.

The phase structure of the oxidation films formed during the wear test process played important role on the wear behavior of the laser-clad coatings.

The corrosion behavior of the laser-treated surfaces was explained by the melting and solid-state oxidation processes, the morphology of the surface oxide, and the underlying alloy microstructure.

The friction and wear behavior of the laser-clad coatings at room temperature and elevated temperatures of 600 °C and 700 °C were evaluated using a ring-on-block tribometer.

Comprehensive results on the hardness and cavitation erosion resistance of laser-nitrided titanium alloys will be mentioned, and the fatigue behavior of the laser-nitrided alloy Ti 6Al 4V with derived correlations between the structure and mechanical properties as well as wear resistance will be shown.