САПР в автомобиле- и тракторостроении. Дьячков Ю.А. - 161 стр.

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At X min
Default
At X max
Default
At Y min
Default
At Y max
Default
At Z min
Default
At Z max
Default
Physical Features
Heat conduction in solids: Off
Time dependent: On
Gravitational effects: On
Flow type: Laminar and turbulent
High Mach number flow: Off
Default roughness: 0 micrometer
Gravitational Settings
X component
0 m/s^2
Y component
-9.81 m/s^2
Z component
0 m/s^2
Default wall conditions: Adiabatic wall
Initial Conditions
Thermodynamic parameters
Static Pressure: 101325 Pa
Temperature: 693.2 K
Velocity parameters
Velocity vector
Velocity in X direction: 0 m/s
Velocity in Y direction: 0 m/s
Velocity in Z direction: 0 m/s
Turbulence parameters
Turbulence intensity and length
Intensity: 2 %
Length: 0.00147675444 m
Material Settings
Fluids
Carbon Dioxide
Boundary Conditions
Inlet Mass Flow 1
Type
Inlet Mass Flow
Faces
Face <1 >
Coordinate system
Face Coordinate System
Reference axis
X
Flow parameters
Flow vectors direction: Normal to face
Mass flow rate normal to face: 0.1 kg/s
Fully developed flow: No
Inlet profile: 0
Thermodynamic parameters
Temperature: 693.2 K
Turbulence parameters
Turbulence intensity and length
Intensity: 2 %
Length: 0.00147675444 m
Boundary layer parameters
Boundary layer type: Turbulent 
 At X min                                 Default
 At X max                                 Default
 At Y min                                 Default
 At Y max                                 Default
 At Z min                                 Default
 At Z max                                 Default


Physical Features
Heat conduction in solids: Off
Time dependent: On
Gravitational effects: On
Flow type: Laminar and turbulent
High Mach number flow: Off
Default roughness: 0 micrometer
Gravitational Settings
 X component                              0 m/s^2
 Y component                              -9.81 m/s^2
 Z component                              0 m/s^2

Default wall conditions: Adiabatic wall

Initial Conditions
 Thermodynamic parameters                 Static Pressure: 101325 Pa
                                          Temperature: 693.2 K
 Velocity parameters                      Velocity vector
                                          Velocity in X direction: 0 m/s
                                          Velocity in Y direction: 0 m/s
                                          Velocity in Z direction: 0 m/s
 Turbulence parameters                    Turbulence intensity and length
                                          Intensity: 2 %
                                          Length: 0.00147675444 m


Material Settings
Fluids
Carbon Dioxide

Boundary Conditions
Inlet Mass Flow 1
 Type                                     Inlet Mass Flow
 Faces                                    Face <1 >
 Coordinate system                        Face Coordinate System
 Reference axis                           X
 Flow parameters                          Flow vectors direction: Normal to face
                                          Mass flow rate normal to face: 0.1 kg/s
                                          Fully developed flow: No
                                          Inlet profile: 0
 Thermodynamic parameters                 Temperature: 693.2 K
 Turbulence parameters                    Turbulence intensity and length
                                          Intensity: 2 %
                                          Length: 0.00147675444 m
 Boundary layer parameters                Boundary layer type: Turbulent

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