Input interpretation
![Fanno flow](../image_source/47417f1f8fea7b843581b8b4a08a8312.png)
Fanno flow
Input values
![Mach number | 0.8 heat capacity ratio | 1.4](../image_source/7f83afb47287d9f8bc74598cec1b138a.png)
Mach number | 0.8 heat capacity ratio | 1.4
Fanno flow
![ratio of pressure and choked pressure | 1.289 ratio of stagnation and choked stagnation pressure | 1.038 ratio of density and choked density | 1.212 ratio of temperature and choked temperature | 1.064 ratio of velocity and choked velocity | 0.8251 P/P_* = 1/(Ma sqrt((2 (1 + 0.5 (γ - 1) Ma^2))/(γ + 1))) | ρ/ρ_* = sqrt((2 (1 + 0.5 (γ - 1) Ma^2))/(1 + γ))/Ma T/T_* = 1/((2 (1 + 0.5 (γ - 1) Ma^2))/(1 + γ)) | V/V_* = Ma/sqrt((2 (1 + 0.5 (γ - 1) Ma^2))/(1 + γ)) P_0/P_0* = ((2 (1 + 0.5 (γ - 1) Ma^2))/(γ + 1))^((γ + 1)/(2 (γ - 1)))/Ma | | P/P_* | ratio of pressure and choked pressure Ma | Mach number γ | heat capacity ratio ρ/ρ_* | ratio of density and choked density T/T_* | ratio of temperature and choked temperature V/V_* | ratio of velocity and choked velocity P_0/P_0* | ratio of stagnation and choked stagnation pressure (1D adiabatic gas flow through a constant area duct with friction)](../image_source/42071a9bb2a42f6ec0cd0dee81fa8b53.png)
ratio of pressure and choked pressure | 1.289 ratio of stagnation and choked stagnation pressure | 1.038 ratio of density and choked density | 1.212 ratio of temperature and choked temperature | 1.064 ratio of velocity and choked velocity | 0.8251 P/P_* = 1/(Ma sqrt((2 (1 + 0.5 (γ - 1) Ma^2))/(γ + 1))) | ρ/ρ_* = sqrt((2 (1 + 0.5 (γ - 1) Ma^2))/(1 + γ))/Ma T/T_* = 1/((2 (1 + 0.5 (γ - 1) Ma^2))/(1 + γ)) | V/V_* = Ma/sqrt((2 (1 + 0.5 (γ - 1) Ma^2))/(1 + γ)) P_0/P_0* = ((2 (1 + 0.5 (γ - 1) Ma^2))/(γ + 1))^((γ + 1)/(2 (γ - 1)))/Ma | | P/P_* | ratio of pressure and choked pressure Ma | Mach number γ | heat capacity ratio ρ/ρ_* | ratio of density and choked density T/T_* | ratio of temperature and choked temperature V/V_* | ratio of velocity and choked velocity P_0/P_0* | ratio of stagnation and choked stagnation pressure (1D adiabatic gas flow through a constant area duct with friction)