Published July 16, 2021 | Version V1
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Some General Solutions for Linear Bragg‐Hawthorne Equation

Creators

  • 1. Independent Researcher, Irvine, California 92617, USA

Description

Linear cases of Bragg–Hawthorne equation for steady axisymmetric incompressible ideal flows are systematically discussed. The equation is converted to a more convenient form in a spherical coordinate system. A new vorticity decomposition is derived. General solutions for 16 linear cases of the equation are obtained. These solutions can be specified to gain new analytical vortex flows, as examples in the paper demonstrate. A lot of well-known solutions like potential flow past a sphere, Hill’s vortex with and without swirl, are included and extended in these solutions. Special relations between some vortex flows are also revealed when exploring or comparing related solutions.

Notes

Published version of previous pre-print.

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TingYi - Some General Solutions of the Linear B-H Equation_V1.pdf