6 start from = startTime;
23 kinematic viscosity = 1e-6;
24 </transportproperties>
26 turbulence model = kOmegaSST;
27 freeze turbulent properties = on;
30 U convection scheme = linearUpwind Gauss;
31 k convection scheme = upwind;
32 epsilon convection scheme = upwind;
33 omega convection scheme = upwind;
36 non-orthogonal correctors = 2;
37 p relaxation factor = 0.3;
38 U relaxation factor = 0.7;
39 k relaxation factor = 0.7;
40 epsilon relaxation factor = 0.7;
41 omega relaxation factor = 0.7;
48 start from = startTime;
50 last iteration = 1000;
59 initial pressure = 100000;
62 initial temperature = 300;
67 <thermophysicalproperties>
69 specific heat at constant pressure = 1004.5;
70 Sutherland constant = 1.458e-06;
71 Sutherland temperature = 110.4;
72 </thermophysicalproperties>
74 turbulence model = kOmegaSST;
75 freeze turbulent properties = on;
78 U convection scheme = linearUpwind Gauss;
79 h convection scheme = linearUpwind Gauss;
80 k convection scheme = upwind;
81 epsilon convection scheme = upwind;
82 omega convection scheme = upwind;
85 non-orthogonal correctors = 2;
86 minimal pressure = 1000;
87 p relaxation factor = 0.3;
88 U relaxation factor = 0.7;
89 h relaxation factor = 0.7;
90 k relaxation factor = 0.7;
91 epsilon relaxation factor = 0.7;
92 omega relaxation factor = 0.7;
101 start from = startTime;
103 last iteration = 1000;
104 write interval = 100;
112 initial pressure = 0;
117 <transportproperties>
118 kinematic viscosity = 1e-6;
119 </transportproperties>
121 turbulence model = kOmegaSST;
122 freeze turbulent properties = on;
125 U convection scheme = linearUpwind Gauss;
126 k convection scheme = upwind;
127 epsilon convection scheme = upwind;
128 omega convection scheme = upwind;
131 non-orthogonal correctors = 2;
132 p relaxation factor = 0.3;
133 U relaxation factor = 0.7;
134 k relaxation factor = 0.7;
135 epsilon relaxation factor = 0.7;
136 omega relaxation factor = 0.7;
143 start from = startTime;
145 last iteration = 1000;
146 write interval = 100;
154 initial pressure = 100000;
157 initial temperature = 300;
162 <thermophysicalproperties>
164 specific heat at constant pressure = 1004.5;
165 Sutherland constant = 1.458e-06;
166 Sutherland temperature = 110.4;
167 </thermophysicalproperties>
169 turbulence model = kOmegaSST;
170 freeze turbulent properties = on;
173 U convection scheme = linearUpwind Gauss;
174 h convection scheme = linearUpwind Gauss;
175 k convection scheme = upwind;
176 epsilon convection scheme = upwind;
177 omega convection scheme = upwind;
180 non-orthogonal correctors = 2;
181 minimal pressure = 1000;
182 p relaxation factor = 0.3;
183 U relaxation factor = 0.7;
184 h relaxation factor = 0.7;
185 k relaxation factor = 0.7;
186 epsilon relaxation factor = 0.7;
187 omega relaxation factor = 0.7;
194 <solver_type>0</solver_type>
195 <solver_binary>simpleFoam</solver_binary>
212 -1 Bottom 1:1,2:0,3:1,4:1,5:1,6:0,7:1,8:0,9:1,10:0,11:0
213 -2 Top 1:0,2:1,3:0,4:-1,5:0,6:1,7:0,8:1,9:0,10:1,11:1