We use advanced equipment to fabricate or print miniature fluidic devices.
Our measurement services in fluid dynamics provide high-quality solutions, by using CFD, microscopy, and fluid measurements such as contact angles, rheological properties, and surface tension.
We work on applied fluid dynamics and interfacial science at both micro- and macro- scales for energy, health, and environmental applications, using experiments, theoretical modeling, and numerical simulations.
The Tsai Lab of Fluids and Interfaces has access to world-class research facilities at both the University of Alberta and local NanoFab. We use accurate instruments to measure the contact angle of a droplet on solid, high precision electric currents and resistance, rheological properties of complex fluids, high-resolution flow fields, and ultrafast fluid dynamics. We also utilize several local facilities at the University of Alberta for various characterizations, SEM imaging, and nano/micro-fabrication.
Nanofluidics, Microfluidics, Wetting, Drop Impact, Fluid Mechanics, and Porous Media Flow
Mec E 371 Heat Transfer
Mec E 331 Fluid Mechanics
Mec E 230 Thermo-fluid Sciences
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