Tag: LBM
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Paper online (AWR) on water retention in disordered granular media
Shi, Z., Wang, Z., Gan, Y. (2021) Effects of topological disorder in unsaturated granular media via a pore-scale lattice Boltzmann investigation. Advances in Water Resources, in press. [DOI] We studied combined effects of topological disorder and wettability on multi-phase flow in wet granular media using pore-scale lattice Boltzmann simulations. The increasing topological disorder can enhance the…
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Paper accepted (Langmuir) on wetting transition in porous media
Wang, Z; Pereira, J.M.; Gan, Y. (2020) Effect of wetting transition during multiphase displacement in porous media. Langmuir, in press. Abstract: The effects of wettability on multiphase displacement in porous media have been studied extensively in the past, and the contact angle is identified as an important factor influencing the displacement patterns. At the same time, it…
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Paper accepted (Chem Eng Sci) on LBM-PNM for immiscible flow
Suo, S., Liu, M. and Gan, Y. (2020) An LBM-PNM framework for immiscible flow: With applications to droplet spreading on porous surfaces. Chemical Engineering Science, in press. [DOI] Abstract: The behaviour of droplets on porous media, combining the spreading above and imbibition into the medium, is of foundational interests for a series of applications. In this work,…
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Mr Guanzhe Cui joined the group
Mr Guanzhe Cui has just started his Master of Philosophy (MPhil) program in March, 2017, and he will work on numerical simulations of multi-component flow in porous media based on Lattice Boltzmann method (LBM). Guanzhe graduated with Master of Architecture and Civil Engineering from School of Civil Engineering and Mechanics at Kunming University of Science and Technology, China in…