Our team works on applied fluid dynamics and interfacial science at both micro- and macro- scales for energy, health, and environmental applications, primarily using experiments and numerical simulations. Our current research activities focus on micro- and nano-fluidics, evaporation, complex fluids, soft matter, evaporation, wetting, and convective transport. We welcome scientists and industrial partners to contact us for collaboration.
Journal paper by Adrien Bussonnière, Qingxia Liu, & P Amy Tsai, "Cavitation Nuclei Regeneration in Water-Particle Suspension," has been accepted in Physical Review Letters (2020).
Dr. Tsai giving an invited talk at the Tsinghua University, Beijing.
Congratulations to Dr. Sourayon Chanda for his successful PhD thesis defence.
Journal paper by Nadia Shardt, Masoud B. Bigdeli, J. A. W. Elliott, and P. A. Tsai, "How Surfactants Affect Droplet Wetting on Hydrophobic Microstructures," has been published in J. Physical Chemistry Letters[Abstract]
Yichi, Alban, and Dr. Tsai attending the APS DFD meetings in Seattle, presenting our recent work about drops.
Journal paper by Behnam Dastvareh, J. Azaiez, and P. A. Tsai, "Nanocatalytic chemohydrodynamic instability: Deposition effects", has been published in Physical Review E.[Abstract]
Welcome Hannah to the group.
Welcome Behnam, Jingwei, Alban & Ashley to the group.
Welcome Hannes and Romane to the group.
Journal paper by Sourayon Chanda & P A Tsai, "Numerical simulation of sustainable energy generation using reverse electrodialysis", has been published in J. of Energy.[ Free download till May 30, 2019 ]
Dr. Tsai giving a talk at RWTH Aachen University, Germany.
Ahmed Aldhalea et al., presenting a poster at the workshop of "Wetting on Soft or Microstructured Surfaces", Bad Honnef, Germany.
Dr. Tsai giving a talks at the Academia Sinica, Taipei, and Tokyo University of Agriculture Science & Technology, Tokyo.
University of Alberta, Canada
Lab: NINT 6-093
Office: Donadeo ICE 10-217
Email: peichun (at) ualberta.ca
Tel: +1 780 492 5425
Fax: +1 780 492 2200