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physics.flu-dyn2022
Approximating pressure-driven Stokes flow using the principle of minimal excess dissipation
Tachin Ruangkriengsin, Marcus Roper
Stokes' equations model microscale fluid flows including the flows of nanoliter-sized fluid samples in lab-on-a-chip systems. Helmholtz's dissipation theorem guarantees that the so…
physics.flu-dyn2012
Nuclear flow in a filamentous fungus
Patrick C. Hickey, Anna Simonin, Nick Read +2
The syncytial cells of a filamentous fungus consist of a mass of growing, tube-like hyphae. Each extending tip is fed by a continuous flow of nuclei from the colony interior, pushe…
physics.flu-dyn2009
Summoning the wind: Hydrodynamic cooperation of forcibly ejected fungal spores
Marcus Roper, Agnese Seminara, Ann Cobb +2
The forcibly launched spores of the crop pathogen \emph{Sclerotinia sclerotiorum} must eject through many centimeters of nearly still air to reach the flowers of the plants that th…