sunfluidh:inlet_boundary_conditions_setup_namelist
Différences
Ci-dessous, les différences entre deux révisions de la page.
| Les deux révisions précédentesRévision précédenteProchaine révision | Révision précédente | ||
| sunfluidh:inlet_boundary_conditions_setup_namelist [2016/11/28 18:27] – [Full data set of the namelist] yann | sunfluidh:inlet_boundary_conditions_setup_namelist [2018/01/17 09:14] (Version actuelle) – [Define_Velocity_profile] yann | ||
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| * When the the normal vector is oriented along the K-direction, | * When the the normal vector is oriented along the K-direction, | ||
| * When the inflow conditions are constant the time data can be omitted. | * When the inflow conditions are constant the time data can be omitted. | ||
| - | * By default the domain is enclosed. The boundary conditions defined by default | + | * By default the domain is enclosed. The boundary conditions defined by default at the ends of the domain |
| * Don't forget to set the boolean data “End_of_Data_Block” at the end of the namelist. A “.true.” value means the end of the data block when several namelists are used to create several inlets. | * Don't forget to set the boolean data “End_of_Data_Block” at the end of the namelist. A “.true.” value means the end of the data block when several namelists are used to create several inlets. | ||
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| * 1 : Parabolic profile along the first span direction (the mean velocity at the inlet is defined with the " | * 1 : Parabolic profile along the first span direction (the mean velocity at the inlet is defined with the " | ||
| * 2 : Parabolic profile along the second span direction (the mean velocity at the inlet is defined with the " | * 2 : Parabolic profile along the second span direction (the mean velocity at the inlet is defined with the " | ||
| - | * Default value : none | + | * Default value = 0 |
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| + | When the parabolic profile is selected, it is defined from the " | ||
| ==== Variable_Flowrate | ==== Variable_Flowrate | ||
| * Type : Integer value | * Type : Integer value | ||
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| * 0 : the flowrate is constant | * 0 : the flowrate is constant | ||
| * 1 : the flowrate is variable in time. The time functions can be defined by the users in the specific module of the code named " | * 1 : the flowrate is variable in time. The time functions can be defined by the users in the specific module of the code named " | ||
| - | * Time_Fct_Name :character string | + | * Time_Fct_Name :character string |
| * Time_Fct_Threshold : time from which the time function starts. | * Time_Fct_Threshold : time from which the time function starts. | ||
| * Time_Fct_Time_Scale : time scale of the function (i.e the period for the sinusoidal function, and the time range for the linear ramp function) | * Time_Fct_Time_Scale : time scale of the function (i.e the period for the sinusoidal function, and the time range for the linear ramp function) | ||
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| * condition type for the density of species | * condition type for the density of species | ||
| * 0 : Dirichlet condition (the mass fraction value is imposed at the center of the ghost-cell). | * 0 : Dirichlet condition (the mass fraction value is imposed at the center of the ghost-cell). | ||
| - | * 1 : The mass flux value is imposed on the inlet plan. This flux is defined as the product of the variables " | + | * 1 : The mass flux value is imposed on the inlet plan. This flux is defined as $F_i=\rho.Y_i.\vec{V}$ : the product of the variables " |
| * Default value : none | * Default value : none | ||
| ==== Define_Mass_Fraction_profile ==== | ==== Define_Mass_Fraction_profile ==== | ||
sunfluidh/inlet_boundary_conditions_setup_namelist.1480354045.txt.gz · Dernière modification : 2016/11/28 18:27 de yann