| blob | 176402449d93f150ae07e5fa3084b1054304b8e0 |
1 <engridcase>
2 <engrid>
3 <bc>
4 1 back sym
5 2 bottom wall
6 3 front sym
7 4 left inlet
8 5 right outlet
9 6 sphere wall
10 7 top sym
11 -1 volume 1:1,2:1,3:1,4:1,5:1,6:1,7:1
12 </bc>
13 <physical>
14 0 inlet inlet 1 0.04 1 300
15 1 outlet outlet 0
16 3 sym symmetry
17 2 wall wall
18 </physical>
19 <surface>
20 <settings>
21 1
22 1.2
23 0
24 7
25 1
26 1
27 1
28 1
29 1
30 1
31 1
32 </settings>
33 <table>
34 1 10
35 0 0 1
36 0 1 1
37 0 2 1
38 0 3 1
39 0 4 1
40 0 5 2
41 0 6 1
42 0 7 any
43 0 8 {{{empty}}}
44 0 9 0.1
45 </table>
46 </surface>
47 <sources></sources>
48 </engrid>
49 <openfoam-1.5>
50 <simplefoam>
51 <standard>
52 <controldict>
53 start from = startTime;
54 start iteration = 0;
55 last iteration = 1000;
56 write interval = 100;
57 </controldict>
58 <u>
59 initial u = 0;
60 initial v = 0;
61 initial w = 0;
62 </u>
63 <p>
64 initial pressure = 0;
65 </p>
66 <k>
67 </k>
68 <epsilon>
69 </epsilon>
70 <omega>
71 </omega>
72 <transportproperties>
73 kinematic viscosity = 1e-6;
74 </transportproperties>
75 <rasproperties>
76 turbulence model = kOmegaSST;
77 freeze turbulent properties = on;
78 </rasproperties>
79 <fvschemes>
80 U convection scheme = linearUpwind Gauss;
81 k convection scheme = upwind;
82 epsilon convection scheme = upwind;
83 omega convection scheme = upwind;
84 </fvschemes>
85 <fvsolution>
86 non-orthogonal correctors = 2;
87 p relaxation factor = 0.3;
88 U relaxation factor = 0.7;
89 k relaxation factor = 0.7;
90 epsilon relaxation factor = 0.7;
91 omega relaxation factor = 0.7;
92 </fvsolution>
93 </standard>
94 </simplefoam>
95 <rhosimplefoam>
96 <standard>
97 <controldict>
98 start from = startTime;
99 start iteration = 0;
100 last iteration = 1000;
101 write interval = 100;
102 </controldict>
103 <u>
104 initial u = 0;
105 initial v = 0;
106 initial w = 0;
107 </u>
108 <p>
109 initial pressure = 100000;
110 </p>
111 <t>
112 initial temperature = 300;
113 </t>
114 <k>
115 </k>
116 <epsilon>
117 </epsilon>
118 <omega>
119 </omega>
120 <thermophysicalproperties>
121 molar mass = 28.96;
122 specific heat at constant pressure = 1004.5;
123 Sutherland constant = 1.458e-06;
124 Sutherland temperature = 110.4;
125 </thermophysicalproperties>
126 <rasproperties>
127 turbulence model = kOmegaSST;
128 freeze turbulent properties = on;
129 </rasproperties>
130 <fvschemes>
131 U convection scheme = linearUpwind Gauss;
132 h convection scheme = linearUpwind Gauss;
133 k convection scheme = upwind;
134 epsilon convection scheme = upwind;
135 omega convection scheme = upwind;
136 </fvschemes>
137 <fvsolution>
138 non-orthogonal correctors = 2;
139 minimal pressure = 1000;
140 p relaxation factor = 0.3;
141 U relaxation factor = 0.7;
142 h relaxation factor = 0.7;
143 k relaxation factor = 0.7;
144 epsilon relaxation factor = 0.7;
145 omega relaxation factor = 0.7;
146 </fvsolution>
147 </standard>
148 </rhosimplefoam>
149 </openfoam-1.5>
150 <openfoam-1.6.x>
151 <simplefoam>
152 <standard>
153 <controldict>
154 start from = startTime;
155 start iteration = 0;
156 last iteration = 1000;
157 write interval = 100;
158 </controldict>
159 <u>
160 initial u = 0;
161 initial v = 0;
162 initial w = 0;
163 </u>
164 <p>
165 initial pressure = 0;
166 </p>
167 <k>
168 </k>
169 <epsilon>
170 </epsilon>
171 <omega>
172 </omega>
173 <transportproperties>
174 kinematic viscosity = 1e-6;
175 </transportproperties>
176 <rasproperties>
177 turbulence model = kOmegaSST;
178 freeze turbulent properties = on;
179 </rasproperties>
180 <fvschemes>
181 U convection scheme = linearUpwind Gauss;
182 k convection scheme = upwind;
183 epsilon convection scheme = upwind;
184 omega convection scheme = upwind;
185 </fvschemes>
186 <fvsolution>
187 non-orthogonal correctors = 2;
188 p relaxation factor = 0.3;
189 U relaxation factor = 0.7;
190 k relaxation factor = 0.7;
191 epsilon relaxation factor = 0.7;
192 omega relaxation factor = 0.7;
193 </fvsolution>
194 </standard>
195 </simplefoam>
196 <rhosimplefoam>
197 <standard>
198 <controldict>
199 start from = startTime;
200 start iteration = 0;
201 last iteration = 1000;
202 write interval = 100;
203 </controldict>
204 <u>
205 initial u = 0;
206 initial v = 0;
207 initial w = 0;
208 </u>
209 <p>
210 initial pressure = 100000;
211 </p>
212 <t>
213 initial temperature = 300;
214 </t>
215 <k>
216 </k>
217 <epsilon>
218 </epsilon>
219 <omega>
220 </omega>
221 <thermophysicalproperties>
222 molar mass = 28.96;
223 specific heat at constant pressure = 1004.5;
224 Sutherland constant = 1.458e-06;
225 Sutherland temperature = 110.4;
226 </thermophysicalproperties>
227 <rasproperties>
228 turbulence model = kOmegaSST;
229 freeze turbulent properties = on;
230 </rasproperties>
231 <fvschemes>
232 U convection scheme = linearUpwind Gauss;
233 h convection scheme = linearUpwind Gauss;
234 k convection scheme = upwind;
235 epsilon convection scheme = upwind;
236 omega convection scheme = upwind;
237 </fvschemes>
238 <fvsolution>
239 non-orthogonal correctors = 2;
240 minimal pressure = 1000;
241 p relaxation factor = 0.3;
242 U relaxation factor = 0.7;
243 h relaxation factor = 0.7;
244 k relaxation factor = 0.7;
245 epsilon relaxation factor = 0.7;
246 omega relaxation factor = 0.7;
247 </fvsolution>
248 </standard>
249 </rhosimplefoam>
250 </openfoam-1.6.x>
251 <solver>
252 <general>
253 <solver_type>0</solver_type>
254 <solver_binary>simpleFoam</solver_binary>
255 <host_weight_list></host_weight_list>
256 </general>
257 </solver>
258 </engridcase>