Show the velocity gradient in rectangular coordinates is equal to the sum of the deformation tensor (D) and the vorticity tensor (W). The velocity gradient is Vi The components of the deformation tensor are 1 (av + (əx, "ax, The components of the vorticity tensor are 1(dv dv Wij = (əx 0x,

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Show the velocity gradient in rectangular coordinates is equal to the sum of the
deformation tensor (D) and the vorticity tensor (W).
The velocity gradient is Vi
The components of the deformation tensor are
1(av
(əx, "ax,
The components of the vorticity tensor are
1(dv dv
Wij =
Transcribed Image Text:Show the velocity gradient in rectangular coordinates is equal to the sum of the deformation tensor (D) and the vorticity tensor (W). The velocity gradient is Vi The components of the deformation tensor are 1(av (əx, "ax, The components of the vorticity tensor are 1(dv dv Wij =
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