Chao Sui

Chao Sui is an Instructor at the University of Georgia (UGA), specializing in fluid dynamics and advanced manufacturing technologies. He holds a PhD from the University of Arkansas, where his research focused on optimizing piezoelectric inkjet printing systems to achieve significant speed improvements. His current work explores biomimetic 3D printing applications, such as high-resolution MXene structures for complex micro-scale fabrication and wind turbine blade aerodynamics.

• Education: PhD in Engineering from the University of Arkansas

His research interests span fluid dynamics modeling, high-speed inkjet printing optimization, wind energy system aerodynamics, and sustainable material applications. He aims to achieve a tenfold improvement in inkjet printing speed while expanding 3D printing into novel fields like hierarchical membrane design for oil-water filtration.

Publications highlight his contributions to waveform optimization, piezoelectric system modeling, wind turbine blade performance, and CFD-driven design innovations. His work bridges theoretical fluid dynamics with practical industrial applications, emphasizing efficiency and scalability.

No scientific awards are listed. Advising and grant activities are currently unspecified, though his research focus suggests involvement in manufacturing and renewable energy initiatives. Office location: I-STEM 2, Rm. 3223.