首页|Computation of the torque on particle aggregates and virus-like particles
Computation of the torque on particle aggregates and virus-like particles
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In a previous paper, computational results for drag and diffusion coefficients for particle aggregates virus like particles were reported. In this work we explore similar computations for torque on particle aggregates and virus like particles. In the free-molecular regime we have used a Monte Carlo technique, and in the continuum regime we solved relevant boundary integral equations with a numerical technique. Our test results agree with those available in the literature and provide values that are exact within numerical tolerance. Furthermore, we use our results in the free-molecular and the continuum limits for the construction of approximations, including a modified Sherman approximation, applicable over the full range of Knudsen numbers.
Torque particle aggregatesTorque virus like particlesFree molecular regimeContinuum regimeTransport approximations
Nathan White、John-David Seelig、John Palsmeier
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Statelligence LLC, 122 Morgan St, Ste 117B, Stamford Ct, 06905, USA
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