# Page History

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Pressure Profile in G-Proxy Pipe Flow @modelquardrature

LaTeX Math Inline
body \theta(l) = \theta_0 = \rm const

Pressure Profile in GF-Proxy Pipe Flow @modelquardrature

LaTeX Math Inline
body \theta(l) = \theta_0 = \rm const
LaTeX Math Inline
body f(T, p)=f_0 = \rm const

Show If
group arax

Pressure Profile in GFC-Proxy Pipe Flow @model

Show If
group arax

algebraic equation

Show If
group arax

LaTeX Math Inline
body \theta(l) = \theta_0 = \rm const
LaTeX Math Inline
body f(T, p)=f_0 = \rm const
LaTeX Math Inline
body --uriencoded--\rho(T, p) = \rho(T) \cdot (1+ c%5e*(T) \cdot p/p_0)

Pressure Profile in Incompressible Quasi-Isothermal Proxy Pipe Flow @modelquardrature

LaTeX Math Inline
body \rho(p)=\rho_0 = \rm const
LaTeX Math Inline
body T(t, l)=T(l)

Pressure Profile in Incompressible Isothermal Proxy Pipe Flow @modelclosed-form expression

LaTeX Math Inline
body \rho(p)=\rho_0 = \rm const
LaTeX Math Inline
body T=T_0 = \rm const
(isothermal)

Pressure Profile in GC-proxy static fluid column @modelclosed-form expression

LaTeX Math Inline
body \theta(l) = \theta_0 = \rm const
LaTeX Math Inline
body \dot m = 0
(no flow)

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