Hydrodynamic interaction of spherical particles and its application to continuous inkjet printing
吳錦泉博士Kodak Research Laboratories, Eastman Kodak Company 上午 10:00–11:30 Gedung Hongjing 107 室Abstract：
The control of aerodynamic interactions among drops in inkjet printing is critical to drop placement accuracy. The motion of small spherical drops of unequal sizes is based on low- Reynolds number approximation. We employ the Stokesian dynamics formulation to compute the interactions between drops. The comparison of Stokesian dynamics and the Singularity Method of computing drop-drop interaction is presented. Examples of applications to inkjet printing are also presented.