Question: By taking the curl of the Euler equation (13.44), derive the vorticity evolution equation (14.9) for a compressible, barotropic, inviscid flow. dv dt = v
By taking the curl of the Euler equation (13.44), derive the vorticity evolution equation (14.9) for a compressible, barotropic, inviscid flow.


dv dt = v at + (v. V)v: VP P +g for an ideal fluid. (13.44)
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To derive the vorticity evolution equation for a compressible barotropic inviscid flow we start with the Euler equation for an ideal fluid dvdt P g wh... View full answer
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