Tan H. – TechConnect Briefs

One-dimensional simulation of drop breakup in inkjet

Jiang H., Tan H., Washington State University Vancouver, US

Drop-on-demand (DoD) inkjet printing technology has a wide variety of applications in research and manufacturing, such as 3D printing, functional material printing, MEMS fabrication and tissue engineering, due to its advantage of high precision, simple [...]

Interaction of a millimeter sized droplet on the powder substrates and study of capillarity in porous media flow

Avhad A.G., Tan H., Washington State University, US

Droplet impact on powder materials is a ubiquitous phenomenon in nature and engineering technologies including powder-binder based 3D printing, wet granulation, spray drying, powder coating, agricultural sprays, water erosion of soil, and raindrops landing on [...]

Neural Network-Based MEMS Failure Probability Prediction

Ilumoka A.A., Tan H., UNIVERSITY OF HARTFORD, US

MicroElectronic and Mechanical Systems (MEMS) are a blend of microelectronic and mechanical devices closely coupled and simultaneously manufactured to monitor, analyze, and control everyday processes such as automobile function, biological systems operation and aeronautical flight. [...]