Reduced Viscosity

on 25 February 2018. Posted in Fluid Dynamics

Reduced Viscosity Formula
\( \mu_r \;=\; \dfrac{ \mu_i }{ c }\) (Reduced Viscosity) \( \mu_i \;=\; \mu_r \cdot c \) \( c \;=\; \dfrac{ \mu_i }{ \mu_r }\)
Sumbol	English	Metric
\( \mu_r \) (Greek symbol mu) = reduced viscosiy	\(lbf - sec \;/\; ft^2\)	\(Pa-s\)
\( \mu_i \) (Greek symbol mu) = relative viscosity increment	\(lbf - sec \;/\; ft^2\)	\(Pa-s\)
\( c \) = mass concentration	\( lbm \)	\( kg \)

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