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The research interests of Dr. Yechun Wang's group include Microfluidics, Complex Fluids, Biofluid Mechanics, Computational Fluid Dynamics, Numerical Analysis, and Characterization of Organic Coatings. Several recent examples are shown on this page. Research activities have been supported by National Science Foundation, US Army Corps of Engineers, US Department of Energy, NASA EPSCoR, North Dakota Economic Diversification Research Fund, NDSU Development Foundation, etc.
The research interests of Dr. Yechun Wang's group include Microfluidics, Complex Fluids, Biofluid Mechanics, Computational Fluid Dynamics, Numerical Analysis, and Characterization of Organic Coatings. Several recent examples are shown on this page. Research activities have been supported by National Science Foundation, US Army Corps of Engineers, US Department of Energy, NASA EPSCoR, North Dakota Economic Diversification Research Fund, NDSU Development Foundation, etc.
Numerical Studies of Droplet Dynamics Using 3D Spectral Boundary Element Method
Droplet dynamics in a rough tube
Droplet motion in shear flow near a rough surface
Droplet motion around a microfluidic return bend
Numerical Analysis of Dynamics of Fluid Interfaces
Interfacial motion driven by an electrical field
Interfacial dynamics of a liquid bridge formed between a tube and a substrate
Fluid Flow Accelerated Degradation of Corrosion Protective Coatings
AFM image of coating before exposure to impingement flow
One-week exposure to flow rate of Q = 6.31 cm3/s
One-week exposure to flow rate of Q = 18.93 cm3/s
Impedance modulus and phase angle as a function of the frequency for coatings exposed to an impinging NaCl solution. The flow rate is 12.62 cm3/s.
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