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Here,
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{latex}$\overrightarrow{u}${latex} |
is the fluid phase velocity,
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{latex}$\overrightarrow{u_p}${latex} |
is the particle velocity,
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{latex}$\mu${latex} |
is the molecular viscosity of the fluid,
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{latex}$\rho${latex} |
is the fluid density,
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{latex}$\rho_p${latex} |
is the density of the particle, and
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{latex}$d_p${latex} |
is the particle diameter. Re is the relative Reynolds, number, which is defined as
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{latex}$Re
\begin{align*}
Re \equiv \frac{\rho d_p |\overrightarrow{u_p}-\overrightarrow{u}|}{\mu}$
\end{align*}
{latex} |
Initial Field Function
The initial field function of a jet is essentially two shear layers.
Expected Results
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