COVID-19 Notice: In support of local and federal COVID-19 guidelines, there may be a delay in order fulfillment/shipping. Our staff will continue to offer customer support by phone or email during our regular operating hours. Thank you for your understanding.

help desk software

Product Code: JLA_18_1_42


Authors:
Yan-Lu Huang
Jian Liu
Nai-Heng Ma
Jian-Guo Li
School of Materials Science and Engineering, Shanghai Jiaotong University, Shanghai, China 200030


To compute the attenuation of laser power by powder stream and the temperature distribution of the powder particles arriving at different sites on the surface of the workpiece, a three-dimensional analytical model was presented based on Lambert-Beer theorem, Mie’s theory, and heat equilibrium principle. The obtained results revealed that for a given stream spread and speed of powder particles, the laser intensity distribution of laser spot and the temperature distribution of the powder particles reaching the surface of workpiece are both greatly affected by the powder feeding rate and the feeding angle. It was suggested that the presented results should be considered in the laser cladding process in order to control the dynamic processes in laser molten pool.

Product Thumbnail

$25.00

Members: $25.00

Note: When applicable, multiple quantity discounts are applied once the items are added to your cart.