Abstract
A spatial filtering strategy is used to investigate inertial particles interacting with certain features of wall turbulent flow, thus isolating large-scale motions (LSMs) and very large-scale motions (VLSMs). In the one-way coupled limit, low-inertia particle transport is dictated both by LSMs and VLSMs, while high-inertia particles are more influenced by VLSMs. In the two-way coupled limit, particle-flow interaction is dictated by interactions with LSMs. However, the effects of VLSMs still cannot be ignored.
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