Main In-Charge

In-depth participation in experimental research during the project research. Writing and proofreading the final project report.

Responsible for the overall program design of the project. Based on the existing tin alloy ejection crucible components, combined with the equipment structure, designed an integrated opening metal droplet-based ejection coaxial shielding gas system.
Simulation and experiment research. Different shapes of shielding gas flow field were studied with commercial simulation software such as Fluent. The simulation results were verified by experiments.

Responsible for the overall program design of the project, the simulation of gas-liquid two-phase flow during droplet ejection, Simulation of impact and solidification process between droplets and substrate, experiment experimental verification research.