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LaTeX Math Inline
bodyl

distance along the fluid flow streamline

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body\theta(l)

inclinational deviation,  

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body\displaystyle \cos \theta = dz/dl

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bodyz(l)

elevation along the 1D flow trajectory 

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bodyT(l)

fluid temperature

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bodyp(l)

fluid pressure

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body\rho(l)

fluid density

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body--uriencoded--%7B\bf u%7D(l)

fluid velocity vector 

LaTeX Math Inline
body--uriencoded--u(l) = %7C %7B\bf u%7D %7C

norm of the fluid velocity module

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body--uriencoded--%7B\bf f%7D_%7B\rm cnt%7D(l)

volumetric density of all contact forces exerted on fluid body

LaTeX Math Inline
body--uriencoded--%7Bf%7D_%7B\rm cnt, l%7D(l) = %7B\bf e%7D_u \cdot %7B\bf f%7D_%7B\rm cnt%7D

projection of 

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body--uriencoded--%7B\bf f%7D_%7B\rm cnt%7D
 onto the unit fluid velocity vector 
LaTeX Math Inline
body--uriencoded-- %7B\bf e%7D_u = %7B %7C %7B\bf u%7D %7C%7D %5e%7B-1%7D \, %7B\bf u%7D

LaTeX Math Inline
bodyj_m

fluid mass flux

LaTeX Math Inline
body\dot m

mass flowrate

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bodyg

standard gravity constant

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