2024
DOI: 10.1063/5.0226829
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Effect of flow direction on circumferential velocity, radial velocity, and flow resistance characteristics of rotating gap structures

Xufeng Shen,
Yuan Xu,
Kaige Shi
et al.

Abstract: A rotating gap structure is a type of viscous flow resistance using two disks where the rotation of one disk drives the fluid within the gap, generating rotational inertia. This inertia, combined with viscous friction, determines the flow resistance characteristic curve (pressure drop vs flow rate, or Δp-Q curve). By adjusting the disk's rotational speed, the rotational inertia and the Δp-Q curve can be modified. This paper examines how the radial flow direction (positive and negative) affects the circumferent… Show more

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