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AQAAAACAAABABgAA7AUAAA==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AQAAAACAAABABgAAHQYAAA==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AQAAAACAAABABgAA+wUAAA==eJwtk3k41GsUxxNGmzayVIqKihRuY5R0hqRFlkpycyNRCFEhRSpSrkSuohpLMoNo7EuFTpIlCXGJhBnDJPsyzPzUzR3q/PU+73Oe73ve7/dzRLoZBykke+Cydspm2/rB4w6+u01MMJw0Dk+6rBUORv1SVM3seyC67hF1ye0HwHMrOXT8NQ3mHLuulGYdC5R2Bfm0D/GgvUZOIjosATwyKZrr1ieCb3yqgWgWHSQMg9Uch+gQxnScU7EpESKXf57lSqWDr3T6HvZlOnwtzRGTF2GAVZq3yV4XOpB4b2Lnr2UAk3Etd0okCcxvl5TmuieBSZDPOpu4JOhN7w8oISfDnavx59jUFJhzoTD6e1cKbJM8GASlaUC2VV5dOP8ZsJwqJJGWDg5Hjxn16mXBhIFIa0lwFkxl+45mmheAW7lzsOqPPFCT8n8aT3kBMiVTltn2hcAFeserha8huqp1ien8NyDW6fVfQNtb6LtLY5P8yuHH99D5EgZVUGVRkkI3rQb1fudbqFILZqtkzpiM1UGmTgzRuLIeismZRwLKGkDUWtlqZU0T5Ldu3vrJuRmk7Eob1E61AGPTrpV9nV8gTn/XlJhsB5yRWs/XlWbDRYFLtpFeJ7Saa9Z03ODAk1yK4I1DN1DMvCo/eHDhSkRd1IWNPbA80cuCrN8L5ezqDO6sPpj9aM6KOJsB+KwYGRoTNAgDkq80HqoOw7UCakBnxTD8PMXvsksYAfM70WeXBo5C3FByuTFlDM6HhHWNrubBiH31ceNKHvylqC88jkPEosvaaTsnQONA0jwjZT60Ev5nijz5cAXINi/3CcByoXp27JAAaFyF5J69BChlnneKGCCgu26NsJWARw+ni4DpruRyAt5mbT6bKDIJ51ZIstTvEnBVqBYpR4DBzp6WZ5MCkO+0ki34KACTZaH7e8UE4KDbYXYnmg+K9e62EjUT0Hchb9n39+Mw7Zr28nFoy7vhV5czBiImNyTNMkYByr8Ib0Yg4ILRvQnSMBg6uw8HveuHP2aqFzQNfHLPveWCme4P8p+JHCjTi9rpqc8CcFc9ZOfa8tuveuBbTdaJj5fBdSF9TalMYC2CKT0fJs7EI16OWW4HTwceqEfDlEM5EsdaUKNZslXmFAv1hS4/KOTgmjAv4Re/4vbqaNkTq3vRc4j9D8d0AH/5PIzCoYTkjODG94srXj4fRbeyn0Iix3DBbLVbMi08vKnTVOa2dQKrSg2Yzu0TOKSze895go+ng+2PfzESIMOUKkRIgO2z54astidwxnY/AiOfBhzcF0ugdUMRR1ph8rcegbX8wxwGjcBf+RL4y1cChSE8FmgS6K+g42joLEDfwC3CpAXoOpd47JjDx2KhyrvuCbSMT2M2205gTWpto2X/OK6dAYGHSxnFJbIqPKwwpvytf2IMhY+8VcwcxaPWWdgfN4K6HjXB9e3DOL0lVKlhJB1gNbXtGEQ1ufv/znUawBnMDfswdW9QVpBiL+Jep/cvpHvQdPDihnk8Lmrp7LeJte/GPIv2MI9jHIy+Ow0kG9mDz9q8E1jokf9CU8+uA7dtsEsasG3DTL2cdVSTVvTsrXK8tKoZp6fYsakJbx4pirjU1YBHpAzbJBQbUDXCcEuiVR2GrcKCb7U12FhLC7GQe49UjT3hHa2VyI0AOZ/BMvSeWehSvKkooVydW4JF0J5mqfIan6+NkSnqKUT7j57eWjov8av5zdQH+wuwstYonXYoHwUM/3YLejZufKAp7hKThcGOc7Vmq2biWmK/orI3E2u1bpu7ijNRhRLyjHwvFduiKsUdh5NRTfqbv6l+En4ryBD9GpqC7p+MD4vpMJAU57soemUyfjGe3ngG5qtXud7dl4QRC7blxynRcdP1e815xQx06olnndzNQB8bVW2uFx0DJ6O2HZdJxGuxNG3OVjru6uKN+314gieYn8lKzAQkBboM9lxNwFpHarE8OR6DExrfyYfQ8JWWe6NXShSyC5TKXWzuo3mFPUmVE475zq4Z4sW30KF+u7hFpC9qk2IXb+85if8D+etLLQ==AQAAAACAAABABgAAJAYAAA==eJwd03s81IkexvHJqmgzrOiiTZQQi9rEqq3nYFk0VsOESim5hMJscRApa7UuqZWkkesYjEvMaFwnPxkM5oaIInOkNYtUm/ZklfM6dv/9/vl83t+D9hmBmXEbiRunJy23r95B3Mw0P6s4YkNQ+ri7vn1uSNyx+7BhdSOFsCqzdjKz8SA0RIFkZzMa0Xr54k6LShJBVT+iXzdnT1jFsH36L7kS5xdbbtJtKDD7NhNPjlPg8ZLXQHp6mPCM1Yyf1PDEL2TDEDLPHYFrFP7zicH4pOOcGLHSHy/yvp6jhtGRSGZ7z8ZGI8I4rp5MTkbp3deR7r7J8HMx6BcZJ4Mu5hpdlaTAIoy5gr8yE1TKOGmP/FdoyDT9lWk5UKk58SzCm4FQh9zJMcN7GKeVtI/YFeKdwTSjx5qJ23GvzA+7l6O18GfldPMyOFGDXutPVGKCsX/R9341HnX9+WZRzAGbORni78UFpcQyV3j6AaIZ4ujj0zyw3Cp/V5c0gpWYWuE73QjrFNtTv/U1w+ooU7e4/yE0f2rrLXJoxTejYzn5tW1o6CeNK6m2Q4lc5CLR7YDOc9tXlCIBzkXHsr6y74Dx5fSmUNVOfFjhdP7Fyy7E10muT6sKcVW/8vgBox7olKcnFNB7oDL1+x+Xcnsh3LkvU5QgRvCWI64akSJ0/nioUp8uguUhpcFBrgSbKYK3X+yWYCJW6/73E1IIzakP99ZKwJi1HHCPkWEyYsrrwpU+nBY8Ng3YJMWpSuU0wV0Z6nZ6Rd9JW76f0++2VZUhuYf2qLxEiplX/hFZfCmynurdSr8nQVXa6FlSuATqfkFr8obFGCW4AyVaYvz5pM1Tdb0IwelPqEPKPZhIMH3K+aIbxQ7180uD3TD6iflyyKYLUYJ6h7tqXcgJ/ujlyeiA8Mwqk0m5ACr/Dpqr//wRyrf8j1FFJVAgqZANebZB/GDJ1NS1GR6fSRRjc/WoDnH+3iaHB6k8yU75Sy5C764Vzm+qhcqXqpYjg2zsyyoyKR0oA2e8XLv0DQs6IVqZ4pk8jIzsqGhYlQ0B+cyA/NCvsLxYvG4hJhEOFkzvsOBIHPNan51yjg7JO9P0yaiTKG5JuLb0lz5Kif7zarcNoJuqFL/NzR0OWw/cyDX1hxM7yej94gWon2x5MFGbhEgR+Q/146nIG1K6RCnJgset/6gF0wpB8uKe2a5RgIIDd9jOb0sRdGbH1FHnSiTSUrdct+dgf3lHZLopF6sKqc3vLXiwTq3am/WsAcF7DV5z3jehqnrEN8qtFbpjebxR8zbEiP8V8OljG35oam/x6RAgLIzi5v2iE8ovIpcSn3cgIYR/8dbGbhhGzIblz3TDNl50zzytB8Lh/KOahct+mhuvr3rbi02KcDt9JSnsFXujUmYkKLTWZu+qF+N6/74Khp4UNXa9bhXxUvjaMjhn98kQWpAhXEvrg+jJ4rYiMxm2a9TMbnglBR/jlZ6GfZi5zV1Lr5KBRxvPiDjWh4KohVCuowTKvaU+Eyek2PFPSAk4ZX8HliD52GP+pJYEW74J+i44XAynPetdg4xE0Pzh85PvtcVI4S1okSZ7EP7252WJ3djc8t0ysS78t59tWvBbJ8gufwvqgiNnbCDEqQPZ+hmR9M2duMFSP3FY3o6CrY4qN6za0VU8vSx4+Q8TAljOO9twakbh6mDCx4prh1mB6nw4ld2Py1Y0gfZSg37BpAkCYxVd+TgP5qLhgAW3Ovx1zewAY4YDw3+GqYVyz/5rX9OqwTX7TOrOrQJJmL9clo0PWffWXTpbBpNNpIpGOhNB+T4eenVMJFqXUK/eysOgw5qAidlchD8sXb2SlYM4vzwT+Z5M1Kx8aJ1Mugm6t84CVS0N0/NURx9SKqopC6zL40kYtnR515ATC785m0X2/ivoq3GfSvO7jGG55pUElwB8CP302KvIDyp5XVUS3klw31gYqT07hXNtu7W/2upBbA5YCvRr3oUhvVJDvt9GwpiyOyRUyQCig3fap27aEd2j8nW9jnqIYfJjVd7MtKZkqP1IXWtJfFIwQys22BJJ9/ucFRVWxDZ1O+2DxusJIe+Xzo91G7BHni0jDs23/h8p8gh9AQAAAACAAABABgAAMgYAAA==eJwtknlcEwQcxZVjhSAgOTCkRRyZoiCaJJD8GAnIoYBYIybguMZRAjoTghoM1BZhDIJBMtg45uQQ5ZxM+AmDHQwQlbMZJWIhV5oRKBHxR3++93mf7+fzPu81N5YaPgtORtra4I6jE/HIk9X2N5MYmGYuZcQ//hRXxeWOFMcUDIvePxnCTkURKTaRSk3GogKJDo/6DjZe/+LWHodwZMS9pXtnkY4RROtRzZJI8NlseXa7NBwyL/6rY/tJJC5SL0zsToiBoUT168MmEaCXFHA/xiQZQljLUcPfJUHsGXvCSFIaPCRz8m3LWRDm7vGaFe17qDXNuvWzKgc8ZkVxLFE2yEvocz4Ol0FH1lkVMZAP11Y2VDok5YHE2vEUJZ8LtYzzvM0vuTAoTjS30i0CzqYIXbL+jzC0QNnYoS6BObXX4WUTAQSS3YfrGaVAcTvvVUIUgCnx4DhhgQ8E+rOl7PFyEJS6aDCX13MFLWIZvRxkRBPPJ++WQyRkVx3pKIefHPs15vUFIN/plKdi8mH7LtnLK/582OZiITxsxAP2UFN2rPAKmOt9uESyLQa7+PCM+ulCSE7fsefkJxzIuBG4Xo0Nl3W+85d3MKF7lbM/VIsOAtrI3umddKzRCA5TvmKhZkvmlhWtXKQF/h7wnMlF9sKnozGOfNxKJT8wsqnA2DXN2o8lQgzS/OGi6YVa/LDc7dzZ5/XYJRyomFxrQN6f0x5BJ5pwag8FHJStaPilQ40LRYIM8leqElsJtjvJ0+cWO9B39fa1Ixc68efmrLTBxk4sDd2pMpR34eOcPkvm3m5U6J2Q4d1upEkf2ES9KcNBA8ssz+1yvGtvntq+IscYi8+Sv6xSoHP1j+YzLgqMXpqiCUYUuDB7x9HSW4W3OSlTBoRe9OKlv9t1UYUf+J1T9CeqkOcRvCvBsw+rMheZ+i+UWF+c1tifo/yf14djD/SZR9c5pVYh+19Gy5F2mYStT+U400tPIT3swSDRgX7nYz1owQ71uPmwC+/GzxkNU6U4u2b2m0q3GyUGrnFv7EAcNdH53JHbhi1xo1lNMjGmiafEgU430DxiIdjNRYQzBQ16SbU1uEX4HldmV4mq1e7W6EcZaObTODScnAX3SHaV0o+KAJ830wu1+ODqp0nwKhMC/1gKw3J3A1QGZOR//msDDJ8TCa1mxRCoXZHntLETqrYyUr0ibkM8S7T+1C6gDlSJq+ekEMEVTZiOyYDRTFxRLfRAWU3dWNgXcohgjh9KCVJAV2xndgdLAf9MCGGF0wti5/jWkJhecDv1ZNBCrYT1MdYf3gftCWnzxdb9oHNV2+7Vpl4Y26w2jnLog+MG96b1w1XQ8JdAd4baC+fp8y26/Urwz+GeNspUQKBq5JWFQAk2l4zHB5bkQNFaoyov98DJ4M3s1N090GZ/iMZ+rRtMohwUVpZSmCT5vN3G74KrFkSZMesOWHqnZtr5doB1X9OqjU07HNo0WpF4qA2uH/H1l7aKgULWY8zrNoGT85tm1vUNkFD2cbT3bD38TS7UfoNZCxJxDuGZsQhubNwy2TteARmu9PvCmVK4tWL29p6BInhfslB3xDcXjukpld11LDhomKft+2s0JAdU76/TjMaiTPeZSXU6tv1l5xX1LRuXq76eOFGZh4qvjX04aQV4q9P/EvF0MZ4+fi9oxfkKyo1GZGM6ZWgl5jS43y/Fg4sZU7yPBCj/6ZdxUrsA9W8HL/RpVeDyBzH1LqRylJQYGeYnCtBUHU/+I0eAnk/vo1WBAF/8rmZVtfExfC/zQt+69lRlkOLUfCyO8tO4cpaPBaVPrWX7ePhYXiQpzC3Dm5/9ljvkVoxBGwIJ+jHFWLe0fV78iIvbbvpt6FHkoWNjiMCgkIN6ycW0itrv0fD84q59TrmYHh6pNFNlo4atovDJLAsfr0weL2j5BucfPC/K6P0Gq2m4Y+TaGex8mbI8yk1C1tZHqqeUBHTpNNh2YN2/2bjPxppIh+DpkbpCCw/U9jrMCx2wh+tniF5SN1c0smUHxS6dgqN13pEmL1zxYe5F80WyIRBKvGtkrSfBQR76gzvhNFzyc+Kcqo6Fq3f1xdeLAqDLVZb3XlwY7mu1333APhD+A/4+LpI=AQAAAACAAABABgAAOQYAAA==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AQAAAACAAABABgAAugQAAA==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AQAAAACAAABABgAAFQAAAA==eJxjYBgFo2AUjIJRMApIBwAGQAABAQAAAACAAABABgAAFQAAAA==eJxjYBgFo2AUjIJRMApIBwAGQAABAQAAAACAAADAEgAA0gMAAA==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AQAAAACAAABABgAAXwEAAA==eJwtxVFEHAAAANBKkpzkJEmSJMlJkiRJkiRJkiQnSXKSJEmSJEmSJEmSZGYmmUmSJEmSJEkyMzOTzCRJkmT20Xs/LybqXazjHO8EB5zoJAed7BSnOs3pznCms5ztHOc6zyHnu8CFLnKxS1zqMpe7wpWucrVrXOs617vBjW5ys1vc6rDb3O4Od7rLEXe7x73uc78HPOghD3vEox7zuCc86SlPe8aznvO8F7zoJS97xate8wd/9Cd/9ro3/MVfvektb3vHu97zvg986CMf+8SnPvO5L3zpK1/7m7/7h3/6l3/7xrf+47++870f/OgnP/vFr37zP0dFvxfjWMc53gkOONFJDjrZKU51mtOd4UxnOds5znWeQ853gQtd5GKXuNRlLneFK13late41nWud4Mb3eRmt7jVYbe53R3udJcj7naPe93nfg940EMe9ohHPeZxT3jSU572jGc95/9sSVRSAQAAAACAAADIAAAADAAAAA==eJxjZh4eAADsVAJZ
37
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38
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CylinderKnMa/Kn0p22/simulation0406_Kn0p22Ma2p5/Grid.pvd ADDED
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+ <?xml version="1.0"?>
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+ <VTKFile type="Collection" version="0.1"
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+ byte_order="LittleEndian"
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+ compressor="vtkZLibDataCompressor">
5
+ <Collection>
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+ <DataSet timestep="300000" group="" part="0"
7
+ file="Grid/Grid_300000.pvtu"/>
8
+ </Collection>
9
+ </VTKFile>
CylinderKnMa/Kn0p22/simulation0406_Kn0p22Ma2p5/Lambda.pvd ADDED
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+ <?xml version="1.0"?>
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+ <VTKFile type="Collection" version="0.1"
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+ byte_order="LittleEndian"
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+ compressor="vtkZLibDataCompressor">
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+ <Collection>
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+ <DataSet timestep="300000" group="" part="0"
7
+ file="Lambda/Lambda_300000.pvtu"/>
8
+ </Collection>
9
+ </VTKFile>
CylinderKnMa/Kn0p22/simulation0406_Kn0p22Ma2p5/Lambda/Lambda_0_300000.vtu ADDED
The diff for this file is too large to render. See raw diff
 
CylinderKnMa/Kn0p22/simulation0406_Kn0p22Ma2p5/Lambda/Lambda_1_300000.vtu ADDED
The diff for this file is too large to render. See raw diff
 
CylinderKnMa/Kn0p22/simulation0406_Kn0p22Ma2p5/Lambda/Lambda_2_300000.vtu ADDED
The diff for this file is too large to render. See raw diff
 
CylinderKnMa/Kn0p22/simulation0406_Kn0p22Ma2p5/Lambda/Lambda_300000.pvtu ADDED
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+ <?xml version="1.0"?>
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+ <VTKFile type="PUnstructuredGrid" version="0.1"
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+ byte_order="LittleEndian"
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+ compressor="vtkZLibDataCompressor">
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+ <PUnstructuredGrid GhostLevel="0">
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+ <PDataArray type="Float64" Name="id"/>
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+ <PDataArray type="Float64" Name="xc"/>
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+ <PDataArray type="Float64" Name="c_6[2]"/>
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+ </PCellData>
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+ <PPoints>
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+ <PDataArray type="Float32" Name="Points" NumberOfComponents="3"/>
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+ </PPoints>
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+ <Piece Source="Lambda_0_300000.vtu"/>
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+ <Piece Source="Lambda_1_300000.vtu"/>
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+ <Piece Source="Lambda_2_300000.vtu"/>
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+ <Piece Source="Lambda_3_300000.vtu"/>
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+ </PUnstructuredGrid>
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+ </VTKFile>
CylinderKnMa/Kn0p22/simulation0406_Kn0p22Ma2p5/Lambda/Lambda_3_300000.vtu ADDED
The diff for this file is too large to render. See raw diff
 
CylinderKnMa/Kn0p22/simulation0406_Kn0p22Ma2p5/Surf.pvd ADDED
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+ <?xml version="1.0"?>
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+ compressor="vtkZLibDataCompressor">
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+ <Collection>
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+ <DataSet timestep="300000" group="" part="0"
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+ file="Surf/Surf_300000.vtu"/>
8
+ </Collection>
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+ </VTKFile>
CylinderKnMa/Kn0p22/simulation0406_Kn0p22Ma2p5/config.txt ADDED
@@ -0,0 +1,78 @@
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
1
+ variable BZ equal 1.380649E-23
2
+ variable PI equal 3.1415926536
3
+ variable molecular_mass equal 6.63E-26
4
+ variable molecular_diameter equal 4.17E-10
5
+ variable gamma equal 1.666666667
6
+ variable R equal ${BZ}/${molecular_mass}
7
+ variable L equal 1.0
8
+ variable xmin equal -5.0
9
+ variable xmax equal 6.0
10
+ variable ymin equal -5.0
11
+ variable ymax equal 5.0
12
+ variable Kn equal 0.22
13
+ variable Ma equal 2.5
14
+ variable To equal 273.0
15
+ variable Tb equal 273.0
16
+ variable theta equal 0.0
17
+ variable mfp equal ${Kn}*${L}
18
+ variable cpmfp equal 4
19
+ variable nden equal 1.0/sqrt(2.0)/${PI}/${molecular_diameter}/${molecular_diameter}/(${mfp}/${cpmfp}*${Kn})
20
+ variable sos equal sqrt(${gamma}*${R}*${To})
21
+ variable vo equal ${Ma}*${sos}
22
+ variable vx equal ${vo}*cos(${theta}*2*PI/360)
23
+ variable vy equal ${vo}*sin(${theta}*2*PI/360)
24
+ variable ppc equal 30
25
+ variable xncells equal (${xmax}-${xmin})/${mfp}*${cpmfp}
26
+ variable yncells equal (${ymax}-${ymin})/${mfp}*${cpmfp}
27
+ variable Fnum equal ${nden}*(${xmax}-${xmin})*(${ymax}-${ymin})/${ppc}/${xncells}/${yncells}
28
+ variable tstep equal (-${xmin}+${xmax})/${vx}/${xncells}/10/4
29
+ variable nave equal 10000
30
+ variable noutput equal 300000
31
+ clear
32
+ shell mkdir output
33
+ shell mkdir grid
34
+ shell mkdir surf
35
+ seed 7
36
+ dimension 2
37
+ global nrho ${nden}
38
+ global fnum ${Fnum}
39
+ timestep ${tstep}
40
+ global gridcut 1.0 particle/reorder 100 comm/sort yes
41
+ region 1 cylinder z 0.0 0.0 3.50 -0.5 0.5
42
+ region 2 cylinder z 0.0 0.0 2.00 -0.5 0.5
43
+ region 3 cylinder z 0.0 0.0 0.80 -0.5 0.5
44
+ boundary o o p
45
+ create_box ${xmin} ${xmax} ${ymin} ${ymax} -0.5 0.5
46
+ create_grid ${xncells} ${yncells} 1 levels 4 region 2 1 2 2 1 region 3 2 2 2 1 region 4 3 2 2 1 clump xyz
47
+ balance_grid rcb cell
48
+ species gas.species Ar
49
+ mixture air Ar frac 1.0
50
+ mixture air Ar vstream ${vx} ${vy} 0.0 temp ${To}
51
+ collide vss air gas.vhs
52
+ collide_modify vremax 100 yes remain no nearcp yes 10
53
+ read_surf cylinder.surf
54
+ surf_collide 1 diffuse 273.0 1.0
55
+ surf_modify all collide 1
56
+ fix in emit/face air xlo ylo yhi
57
+ balance_grid rcb cell
58
+ create_particles air n 0
59
+ stats 10000
60
+ stats_style step cpu np nattempt ncoll nscoll npave nscollave
61
+ run 200000
62
+ compute 1 grid all air n nrho massrho u v w
63
+ compute 2 grid all air trot
64
+ compute 3 tvib/grid all air
65
+ compute 4 thermal/grid all air press temp
66
+ fix 1 ave/grid all 1 ${nave} ${nave} c_1[*] c_4[*] c_2[*] c_3[*] ave running
67
+ dump 1 grid all ${noutput} output/grid.*.dat id xc yc f_1[*]
68
+ dump_modify 1 format float %12.5g
69
+ compute 5 surf all air n press px py shx shy fx fy etot erot evib
70
+ fix 2 ave/surf all 1 ${nave} ${nave} c_5[*] ave running
71
+ dump 2 surf all ${noutput} output/surf.*.dat id v1x v1y v2x v2y f_2[*]
72
+ dump_modify 2 format float %12.5g
73
+ compute 6 lambda/grid f_1[2] f_1[8] Ar kx
74
+ dump 3 grid all ${noutput} output/lambdakn.*.dat id xc yc c_6[*]
75
+ dump_modify 3 format float %12.5g
76
+ run 100000
77
+ write_grid grid/final-grid.dat
78
+ write_surf surf/geom.surf
CylinderKnMa/Kn0p22/simulation0406_Kn0p22Ma2p5/cylinder.surf ADDED
@@ -0,0 +1,410 @@
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
1
+ surf file from Pointwise
2
+
3
+ 200 points
4
+ 200 lines
5
+
6
+ Points
7
+
8
+ 1 0.5 0.0
9
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+ <PDataArray type="Float64" Name="f_1[8]"/>
18
+ <PDataArray type="Float64" Name="f_1[9]"/>
19
+ <PDataArray type="Float64" Name="f_1[10]"/>
20
+ </PCellData>
21
+ <PPoints>
22
+ <PDataArray type="Float32" Name="Points" NumberOfComponents="3"/>
23
+ </PPoints>
24
+ <Piece Source="Grid_0_300000.vtu"/>
25
+ <Piece Source="Grid_1_300000.vtu"/>
26
+ <Piece Source="Grid_2_300000.vtu"/>
27
+ <Piece Source="Grid_3_300000.vtu"/>
28
+ </PUnstructuredGrid>
29
+ </VTKFile>
CylinderKnMa/Kn0p22/simulation0406_Kn0p22Ma2p5/grid/Grid_3_300000.vtu ADDED
The diff for this file is too large to render. See raw diff
 
CylinderKnMa/Kn0p22/simulation0406_Kn0p22Ma2p5/grid/final-grid.dat ADDED
The diff for this file is too large to render. See raw diff
 
CylinderKnMa/Kn0p22/simulation0406_Kn0p22Ma2p5/log.sparta ADDED
@@ -0,0 +1,319 @@
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
1
+ SPARTA (4 Sep 2024)
2
+ Running on 128 MPI task(s)
3
+ variable BZ equal 1.380649E-23
4
+ variable PI equal 3.1415926536
5
+ variable molecular_mass equal 6.63E-26
6
+ variable molecular_diameter equal 4.17E-10
7
+ variable gamma equal 1.666666667
8
+ variable R equal ${BZ}/${molecular_mass}
9
+ variable R equal 1.380649e-23/${molecular_mass}
10
+ variable R equal 1.380649e-23/6.63e-26
11
+ variable L equal 1.0
12
+ variable xmin equal -5.0
13
+ variable xmax equal 6.0
14
+ variable ymin equal -5.0
15
+ variable ymax equal 5.0
16
+ variable Kn equal 0.22
17
+ variable Ma equal 2.5
18
+ variable To equal 273.0
19
+ variable Tb equal 273.0
20
+ variable theta equal 0.0
21
+ variable mfp equal ${Kn}*${L}
22
+ variable mfp equal 0.22*${L}
23
+ variable mfp equal 0.22*1
24
+ variable cpmfp equal 4
25
+ variable nden equal 1.0/sqrt(2.0)/${PI}/${molecular_diameter}/${molecular_diameter}/(${mfp}/${cpmfp}*${Kn})
26
+ variable nden equal 1.0/sqrt(2.0)/3.1415926536/${molecular_diameter}/${molecular_diameter}/(${mfp}/${cpmfp}*${Kn})
27
+ variable nden equal 1.0/sqrt(2.0)/3.1415926536/4.17e-10/${molecular_diameter}/(${mfp}/${cpmfp}*${Kn})
28
+ variable nden equal 1.0/sqrt(2.0)/3.1415926536/4.17e-10/4.17e-10/(${mfp}/${cpmfp}*${Kn})
29
+ variable nden equal 1.0/sqrt(2.0)/3.1415926536/4.17e-10/4.17e-10/(0.22/${cpmfp}*${Kn})
30
+ variable nden equal 1.0/sqrt(2.0)/3.1415926536/4.17e-10/4.17e-10/(0.22/4*${Kn})
31
+ variable nden equal 1.0/sqrt(2.0)/3.1415926536/4.17e-10/4.17e-10/(0.22/4*0.22)
32
+ variable sos equal sqrt(${gamma}*${R}*${To})
33
+ variable sos equal sqrt(1.666666667*${R}*${To})
34
+ variable sos equal sqrt(1.666666667*208.242684766214*${To})
35
+ variable sos equal sqrt(1.666666667*208.242684766214*273)
36
+ variable vo equal ${Ma}*${sos}
37
+ variable vo equal 2.5*${sos}
38
+ variable vo equal 2.5*307.815564238681
39
+ variable vx equal ${vo}*cos(${theta}*2*PI/360)
40
+ variable vx equal 769.538910596703*cos(${theta}*2*PI/360)
41
+ variable vx equal 769.538910596703*cos(0*2*PI/360)
42
+ variable vy equal ${vo}*sin(${theta}*2*PI/360)
43
+ variable vy equal 769.538910596703*sin(${theta}*2*PI/360)
44
+ variable vy equal 769.538910596703*sin(0*2*PI/360)
45
+ variable ppc equal 30
46
+ variable xncells equal (${xmax}-${xmin})/${mfp}*${cpmfp}
47
+ variable xncells equal (6-${xmin})/${mfp}*${cpmfp}
48
+ variable xncells equal (6--5)/${mfp}*${cpmfp}
49
+ variable xncells equal (6--5)/0.22*${cpmfp}
50
+ variable xncells equal (6--5)/0.22*4
51
+ variable yncells equal (${ymax}-${ymin})/${mfp}*${cpmfp}
52
+ variable yncells equal (5-${ymin})/${mfp}*${cpmfp}
53
+ variable yncells equal (5--5)/${mfp}*${cpmfp}
54
+ variable yncells equal (5--5)/0.22*${cpmfp}
55
+ variable yncells equal (5--5)/0.22*4
56
+ variable Fnum equal ${nden}*(${xmax}-${xmin})*(${ymax}-${ymin})/${ppc}/${xncells}/${yncells}
57
+ variable Fnum equal 1.06973855620799e+20*(${xmax}-${xmin})*(${ymax}-${ymin})/${ppc}/${xncells}/${yncells}
58
+ variable Fnum equal 1.06973855620799e+20*(6-${xmin})*(${ymax}-${ymin})/${ppc}/${xncells}/${yncells}
59
+ variable Fnum equal 1.06973855620799e+20*(6--5)*(${ymax}-${ymin})/${ppc}/${xncells}/${yncells}
60
+ variable Fnum equal 1.06973855620799e+20*(6--5)*(5-${ymin})/${ppc}/${xncells}/${yncells}
61
+ variable Fnum equal 1.06973855620799e+20*(6--5)*(5--5)/${ppc}/${xncells}/${yncells}
62
+ variable Fnum equal 1.06973855620799e+20*(6--5)*(5--5)/30/${xncells}/${yncells}
63
+ variable Fnum equal 1.06973855620799e+20*(6--5)*(5--5)/30/200/${yncells}
64
+ variable Fnum equal 1.06973855620799e+20*(6--5)*(5--5)/30/200/181.818181818182
65
+ variable tstep equal (-${xmin}+${xmax})/${vx}/${xncells}/10/4
66
+ variable tstep equal (--5+${xmax})/${vx}/${xncells}/10/4
67
+ variable tstep equal (--5+6)/${vx}/${xncells}/10/4
68
+ variable tstep equal (--5+6)/769.538910596703/${xncells}/10/4
69
+ variable tstep equal (--5+6)/769.538910596703/200/10/4
70
+ variable nave equal 10000
71
+ variable noutput equal 300000
72
+ clear
73
+ Running on 128 MPI task(s)
74
+ shell mkdir output
75
+ shell mkdir grid
76
+ shell mkdir surf
77
+ seed 7
78
+ dimension 2
79
+ global nrho ${nden}
80
+ global nrho 1.06973855620799e+20
81
+ global fnum ${Fnum}
82
+ global fnum 1.07865304417639e+16
83
+ timestep ${tstep}
84
+ timestep 1.78678424322146e-06
85
+ global gridcut 1.0 particle/reorder 100 comm/sort yes
86
+ region 1 cylinder z 0.0 0.0 3.50 -0.5 0.5
87
+ region 2 cylinder z 0.0 0.0 2.00 -0.5 0.5
88
+ region 3 cylinder z 0.0 0.0 0.80 -0.5 0.5
89
+ boundary o o p
90
+ create_box ${xmin} ${xmax} ${ymin} ${ymax} -0.5 0.5
91
+ create_box -5 ${xmax} ${ymin} ${ymax} -0.5 0.5
92
+ create_box -5 6 ${ymin} ${ymax} -0.5 0.5
93
+ create_box -5 6 -5 ${ymax} -0.5 0.5
94
+ create_box -5 6 -5 5 -0.5 0.5
95
+ Created orthogonal box = (-5 -5 -0.5) to (6 5 0.5)
96
+ create_grid ${xncells} ${yncells} 1 levels 4 region 2 1 2 2 1 region 3 2 2 2 1 region 4 3 2 2 1 clump xyz
97
+ create_grid 200 ${yncells} 1 levels 4 region 2 1 2 2 1 region 3 2 2 2 1 region 4 3 2 2 1 clump xyz
98
+ create_grid 200 181.818181818182 1 levels 4 region 2 1 2 2 1 region 3 2 2 2 1 region 4 3 2 2 1 clump xyz
99
+ Created 157868 child grid cells
100
+ CPU time = 0.187151 secs
101
+ create/ghost percent = 0.791869 99.2081
102
+ balance_grid rcb cell
103
+ Balance grid migrated 157571 cells
104
+ CPU time = 0.137786 secs
105
+ reassign/sort/migrate/ghost percent = 40.0245 0.0347344 7.43333 52.5074
106
+ species gas.species Ar
107
+ mixture air Ar frac 1.0
108
+ mixture air Ar vstream ${vx} ${vy} 0.0 temp ${To}
109
+ mixture air Ar vstream 769.538910596703 ${vy} 0.0 temp ${To}
110
+ mixture air Ar vstream 769.538910596703 0 0.0 temp ${To}
111
+ mixture air Ar vstream 769.538910596703 0 0.0 temp 273
112
+ collide vss air gas.vhs
113
+ collide_modify vremax 100 yes remain no nearcp yes 10
114
+ read_surf cylinder.surf
115
+ 200 lines
116
+ -0.5 0.5 xlo xhi
117
+ -0.5 0.5 ylo yhi
118
+ 0 0 zlo zhi
119
+ 0.0157073 min line length
120
+ 582 0 = cells overlapping surfs, overlap cells with unmarked corner pts
121
+ 141042 16244 582 = cells outside/inside/overlapping surfs
122
+ 582 = surf cells with 1,2,etc splits
123
+ 109.215 109.215 = cell-wise and global flow volume
124
+ CPU time = 0.148017 secs
125
+ read/check/sort/surf2grid/ghost/inout/particle percent = 14.4685 14.7448 1.8478 19.3204 49.6185 4.35489 0.125653
126
+ surf2grid time = 0.0285975 secs
127
+ map/comm1/comm2/comm3/comm4/split percent = 17.0725 20.484 6.73746 1.43938 9.36641 14.0688
128
+ surf_collide 1 diffuse 273.0 1.0
129
+ surf_modify all collide 1
130
+ fix in emit/face air xlo ylo yhi
131
+ balance_grid rcb cell
132
+ Balance grid migrated 2126 cells
133
+ CPU time = 0.0840004 secs
134
+ reassign/sort/migrate/ghost percent = 3.472 0.0361665 10.4875 86.0043
135
+ create_particles air n 0
136
+ WARNING: Created unexpected # of particles: 1083120 versus 1083121 (../create_particles.cpp:346)
137
+ Created 1083120 particles
138
+ CPU time = 0.0236239 secs
139
+ stats 10000
140
+ stats_style step cpu np nattempt ncoll nscoll npave nscollave
141
+ run 200000
142
+ Memory usage per proc in Mbytes:
143
+ particles (ave,min,max) = 2.12256 0 5.0625
144
+ grid (ave,min,max) = 6.23059 1.51379 10.8888
145
+ surf (ave,min,max) = 0.0205994 0.0205994 0.0205994
146
+ total (ave,min,max) = 8.37375 4.15939 14.2844
147
+ Step CPU Np Natt Ncoll Nscoll Npave Nscollave
148
+ 0 0 1083120 0 0 0 0 0
149
+ 10000 34.474039 1143721 48431 40209 17 1103895.8 15.5758
150
+ 20000 81.723958 1174597 50523 42040 16 1134112.2 15.63065
151
+ 30000 131.21346 1178539 51011 42483 16 1148234.3 15.6459
152
+ 40000 180.24263 1179607 51004 42546 20 1155958.9 15.658625
153
+ 50000 229.58072 1179487 51126 42741 15 1160660.1 15.66416
154
+ 60000 280.23663 1179916 50898 42423 18 1163836.9 15.671883
155
+ 70000 328.96152 1177915 50673 42229 10 1166048.1 15.679286
156
+ 80000 377.70966 1178860 51034 42568 18 1167730.6 15.685525
157
+ 90000 426.99893 1179376 50962 42411 9 1168961.7 15.689589
158
+ 100000 476.23919 1180354 50955 42428 15 1169968.6 15.69255
159
+ 110000 526.03693 1178753 50709 42336 14 1170901.8 15.693682
160
+ 120000 574.66306 1178939 50772 42346 20 1171533.5 15.695033
161
+ 130000 623.69865 1179601 50917 42518 13 1172141.4 15.696192
162
+ 140000 673.62942 1179208 50758 42339 21 1172658 15.699386
163
+ 150000 722.91184 1179766 50930 42509 21 1173117.6 15.700553
164
+ 160000 771.86047 1179250 50829 42331 10 1173533.7 15.69975
165
+ 170000 820.46282 1179342 50937 42446 13 1173867.6 15.698918
166
+ 180000 870.14742 1178039 50822 42497 12 1174154.1 15.700883
167
+ 190000 919.07729 1179841 50768 42463 13 1174406.8 15.700526
168
+ 200000 968.45618 1180121 50990 42408 15 1174667.9 15.70019
169
+ Loop time of 968.458 on 128 procs for 200000 steps with 1180121 particles
170
+
171
+ MPI task timing breakdown:
172
+ Section | min time | avg time | max time |%varavg| %total
173
+ ---------------------------------------------------------------
174
+ Move | 0.024503 | 30.628 | 184.94 | 705.6 | 3.16
175
+ Coll | 0.77271 | 54.484 | 522.73 |1130.9 | 5.63
176
+ Sort | 0.26179 | 9.5329 | 101.16 | 572.6 | 0.98
177
+ Comm | 99.169 | 129.46 | 142.55 | 83.3 | 13.37
178
+ Modify | 0.02257 | 0.27148 | 4.4785 | 136.1 | 0.03
179
+ Output | 0.0061392 | 0.056291 | 0.061907 | 3.7 | 0.01
180
+ Other | | 744 | | | 76.83
181
+
182
+ Particle moves = 234933580912 (235B)
183
+ Cells touched = 246510800422 (247B)
184
+ Particle comms = 334482991 (334M)
185
+ Boundary collides = 0 (0K)
186
+ Boundary exits = 34589527 (34.6M)
187
+ SurfColl checks = 115474283 (115M)
188
+ SurfColl occurs = 3140038 (3.14M)
189
+ Surf reactions = 0 (0K)
190
+ Collide attempts = 11231800192 (11.2B)
191
+ Collide occurs = 8534949553 (8.53B)
192
+ Reactions = 0 (0K)
193
+ Particles stuck = 0
194
+ Axisymm bad moves = 0
195
+
196
+ Particle-moves/CPUsec/proc: 1.8952e+06
197
+ Particle-moves/step: 1.17467e+06
198
+ Cell-touches/particle/step: 1.04928
199
+ Particle comm iterations/step: 1
200
+ Particle fraction communicated: 0.00142373
201
+ Particle fraction colliding with boundary: 0
202
+ Particle fraction exiting boundary: 0.000147231
203
+ Surface-checks/particle/step: 0.000491519
204
+ Surface-collisions/particle/step: 1.33656e-05
205
+ Surf-reactions/particle/step: 0
206
+ Collision-attempts/particle/step: 0.0478084
207
+ Collisions/particle/step: 0.0363292
208
+ Reactions/particle/step: 0
209
+
210
+ Particles: 9219.7 ave 55493 max 0 min
211
+ Histogram: 82 14 8 2 6 6 6 0 2 2
212
+ Cells: 1233.34 ave 1234 max 1232 min
213
+ Histogram: 1 0 0 0 0 82 0 0 0 45
214
+ GhostCell: 31723.7 ave 58233 max 1742 min
215
+ Histogram: 22 8 12 10 17 3 6 4 16 30
216
+ EmptyCell: 0 ave 0 max 0 min
217
+ Histogram: 128 0 0 0 0 0 0 0 0 0
218
+ Surfs: 200 ave 200 max 200 min
219
+ Histogram: 128 0 0 0 0 0 0 0 0 0
220
+ GhostSurf: 0 ave 0 max 0 min
221
+ Histogram: 128 0 0 0 0 0 0 0 0 0
222
+ compute 1 grid all air n nrho massrho u v w
223
+ compute 2 grid all air trot
224
+ compute 3 tvib/grid all air
225
+ compute 4 thermal/grid all air press temp
226
+ fix 1 ave/grid all 1 ${nave} ${nave} c_1[*] c_4[*] c_2[*] c_3[*] ave running
227
+ fix 1 ave/grid all 1 10000 ${nave} c_1[*] c_4[*] c_2[*] c_3[*] ave running
228
+ fix 1 ave/grid all 1 10000 10000 c_1[*] c_4[*] c_2[*] c_3[*] ave running
229
+ dump 1 grid all ${noutput} output/grid.*.dat id xc yc f_1[*]
230
+ dump 1 grid all 300000 output/grid.*.dat id xc yc f_1[*]
231
+ dump_modify 1 format float %12.5g
232
+ compute 5 surf all air n press px py shx shy fx fy etot erot evib
233
+ fix 2 ave/surf all 1 ${nave} ${nave} c_5[*] ave running
234
+ fix 2 ave/surf all 1 10000 ${nave} c_5[*] ave running
235
+ fix 2 ave/surf all 1 10000 10000 c_5[*] ave running
236
+ dump 2 surf all ${noutput} output/surf.*.dat id v1x v1y v2x v2y f_2[*]
237
+ dump 2 surf all 300000 output/surf.*.dat id v1x v1y v2x v2y f_2[*]
238
+ dump_modify 2 format float %12.5g
239
+ compute 6 lambda/grid f_1[2] f_1[8] Ar kx
240
+ dump 3 grid all ${noutput} output/lambdakn.*.dat id xc yc c_6[*]
241
+ dump 3 grid all 300000 output/lambdakn.*.dat id xc yc c_6[*]
242
+ dump_modify 3 format float %12.5g
243
+ run 100000
244
+ Memory usage per proc in Mbytes:
245
+ particles (ave,min,max) = 2.21484 0 6.75
246
+ grid (ave,min,max) = 6.23059 1.51379 10.8888
247
+ surf (ave,min,max) = 0.0205994 0.0205994 0.0205994
248
+ total (ave,min,max) = 8.88032 4.57364 14.699
249
+ Step CPU Np Natt Ncoll Nscoll Npave Nscollave
250
+ 200000 0 1180121 50990 42408 0 0 0
251
+ 210000 74.561505 1179970 51039 42513 13 1180307.7 15.6746
252
+ 220000 149.31838 1178328 50905 42519 19 1179795.3 15.6983
253
+ 230000 225.17635 1177879 50728 42422 10 1179307.8 15.6991
254
+ 240000 301.00587 1178725 50883 42464 10 1179184.8 15.70205
255
+ 250000 375.16415 1178025 50471 42055 12 1179106.6 15.71346
256
+ 260000 449.88866 1179128 50812 42421 13 1179220.1 15.718533
257
+ 270000 524.43253 1180261 51075 42490 17 1179275.2 15.722986
258
+ 280000 599.48612 1179090 50964 42592 13 1179299.7 15.720612
259
+ 290000 673.51237 1179604 50823 42390 7 1179260.2 15.7168
260
+ 300000 748.25774 1178396 50705 42454 17 1179214.8 15.72146
261
+ Loop time of 748.258 on 128 procs for 100000 steps with 1178396 particles
262
+
263
+ MPI task timing breakdown:
264
+ Section | min time | avg time | max time |%varavg| %total
265
+ ---------------------------------------------------------------
266
+ Move | 0.013668 | 15.505 | 87.609 | 487.9 | 2.07
267
+ Coll | 0.38752 | 28.463 | 278.85 | 831.4 | 3.80
268
+ Sort | 0.1616 | 5.0423 | 49.124 | 397.3 | 0.67
269
+ Comm | 54.937 | 70.981 | 78.143 | 61.5 | 9.49
270
+ Modify | 5.523 | 42.298 | 236.51 | 763.9 | 5.65
271
+ Output | 0.062038 | 0.063645 | 0.067614 | 0.5 | 0.01
272
+ Other | | 585.9 | | | 78.30
273
+
274
+ Particle moves = 117921476211 (118B)
275
+ Cells touched = 123725124352 (124B)
276
+ Particle comms = 167678277 (168M)
277
+ Boundary collides = 0 (0K)
278
+ Boundary exits = 17345421 (17.3M)
279
+ SurfColl checks = 57787633 (57.8M)
280
+ SurfColl occurs = 1572146 (1.57M)
281
+ Surf reactions = 0 (0K)
282
+ Collide attempts = 5671675096 (5.67B)
283
+ Collide occurs = 4309322619 (4.31B)
284
+ Reactions = 0 (0K)
285
+ Particles stuck = 0
286
+ Axisymm bad moves = 0
287
+
288
+ Particle-moves/CPUsec/proc: 1.23121e+06
289
+ Particle-moves/step: 1.17921e+06
290
+ Cell-touches/particle/step: 1.04922
291
+ Particle comm iterations/step: 1
292
+ Particle fraction communicated: 0.00142195
293
+ Particle fraction colliding with boundary: 0
294
+ Particle fraction exiting boundary: 0.000147093
295
+ Surface-checks/particle/step: 0.000490052
296
+ Surface-collisions/particle/step: 1.33321e-05
297
+ Surf-reactions/particle/step: 0
298
+ Collision-attempts/particle/step: 0.048097
299
+ Collisions/particle/step: 0.036544
300
+ Reactions/particle/step: 0
301
+
302
+ Particles: 9206.22 ave 55173 max 0 min
303
+ Histogram: 82 14 6 4 6 6 6 0 2 2
304
+ Cells: 1233.34 ave 1234 max 1232 min
305
+ Histogram: 1 0 0 0 0 82 0 0 0 45
306
+ GhostCell: 31723.7 ave 58233 max 1742 min
307
+ Histogram: 22 8 12 10 17 3 6 4 16 30
308
+ EmptyCell: 0 ave 0 max 0 min
309
+ Histogram: 128 0 0 0 0 0 0 0 0 0
310
+ Surfs: 200 ave 200 max 200 min
311
+ Histogram: 128 0 0 0 0 0 0 0 0 0
312
+ GhostSurf: 0 ave 0 max 0 min
313
+ Histogram: 128 0 0 0 0 0 0 0 0 0
314
+ write_grid grid/final-grid.dat
315
+ grid cells = 157868
316
+ CPU time = 0.0221984 secs
317
+ write_surf surf/geom.surf
318
+ surf elements = 200
319
+ CPU time = 0.00326821 secs
CylinderKnMa/Kn0p22/simulation0406_Kn0p22Ma2p5/mir.txt ADDED
@@ -0,0 +1,3 @@
 
 
 
 
1
+ dimension 2
2
+ create_box -5.0 6.0 -5.0 5.0 -0.5 0.5
3
+ read_grid grid/final-grid.dat
CylinderKnMa/Kn0p22/simulation0406_Kn0p22Ma2p5/output/lambdakn.300000.dat ADDED
The diff for this file is too large to render. See raw diff
 
CylinderKnMa/Kn0p22/simulation0406_Kn0p22Ma2p5/output/surf.300000.dat ADDED
@@ -0,0 +1,209 @@
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
1
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+ ITEM: BOX BOUNDS oo oo pp
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CylinderKnMa/Kn0p22/simulation0406_Kn0p22Ma2p5/runmpirun128.sh ADDED
@@ -0,0 +1,18 @@
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
1
+ #!/bin/bash
2
+ #SBATCH -J Cylinder——Kn
3
+ #SBATCH -p wzhcnormal
4
+ #SBATCH -N 2
5
+ #SBATCH --ntasks-per-node=64
6
+
7
+
8
+ module purge
9
+ module load compiler/devtoolset/7.3.1
10
+ module load mpi/hpcx/2.11.0/gcc-7.3.1
11
+ export UCX_WARN_UNUSED_ENV_VARS=n
12
+ /public/software/mpi/hpcx/v2.11.0/gcc-7.3.1/bin/mpirun -n 128 ../../../sep2024-sparta/src/spa_mpi <config.txt
13
+
14
+ /work/home/ackp4pog0w3/WANGXU/ParaView-5.11.1-MPI-Linux-Python3.9-x86_64/bin/pvpython ../../../sep2024-sparta/tools/paraview/grid2paraview.py mir.txt Grid -r ./output/grid.*.dat
15
+
16
+ /work/home/ackp4pog0w3/WANGXU/ParaView-5.11.1-MPI-Linux-Python3.9-x86_64/bin/pvpython ../../../sep2024-sparta/tools/paraview/grid2paraview.py mir.txt Lambda -r ./output/lambdakn.*.dat
17
+
18
+ /work/home/ackp4pog0w3/WANGXU/ParaView-5.11.1-MPI-Linux-Python3.9-x86_64/bin/pvpython ../../../sep2024-sparta/tools/paraview/surf2paraview.py ./surf/geom.surf Surf -r ./output/surf.*.dat
CylinderKnMa/Kn0p22/simulation0406_Kn0p22Ma2p5/runmpirun64.sh ADDED
@@ -0,0 +1,18 @@
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
1
+ #!/bin/bash
2
+ #SBATCH -J Cylinder——Kn
3
+ #SBATCH -p wzhcnormal
4
+ #SBATCH -N 1
5
+ #SBATCH --ntasks-per-node=64
6
+
7
+
8
+ module purge
9
+ module load compiler/devtoolset/7.3.1
10
+ module load mpi/hpcx/2.11.0/gcc-7.3.1
11
+ export UCX_WARN_UNUSED_ENV_VARS=n
12
+ /public/software/mpi/hpcx/v2.11.0/gcc-7.3.1/bin/mpirun -n 64 ../../../sep2024-sparta/src/spa_mpi <config.txt
13
+
14
+ /work/home/ackp4pog0w3/WANGXU/ParaView-5.11.1-MPI-Linux-Python3.9-x86_64/bin/pvpython ../../../sep2024-sparta/tools/paraview/grid2paraview.py mir.txt Grid -r ./output/grid.*.dat
15
+
16
+ /work/home/ackp4pog0w3/WANGXU/ParaView-5.11.1-MPI-Linux-Python3.9-x86_64/bin/pvpython ../../../sep2024-sparta/tools/paraview/grid2paraview.py mir.txt Lambda -r ./output/lambdakn.*.dat
17
+
18
+ /work/home/ackp4pog0w3/WANGXU/ParaView-5.11.1-MPI-Linux-Python3.9-x86_64/bin/pvpython ../../../sep2024-sparta/tools/paraview/surf2paraview.py ./surf/geom.surf Surf -r ./output/surf.*.dat
CylinderKnMa/Kn0p22/simulation0406_Kn0p22Ma2p5/slurm-28428723.out ADDED
@@ -0,0 +1,205 @@
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
1
+ SPARTA (4 Sep 2024)
2
+ Running on 128 MPI task(s)
3
+ Running on 128 MPI task(s)
4
+ Created orthogonal box = (-5 -5 -0.5) to (6 5 0.5)
5
+ Created 157868 child grid cells
6
+ CPU time = 0.187151 secs
7
+ create/ghost percent = 0.791869 99.2081
8
+ Balance grid migrated 157571 cells
9
+ CPU time = 0.137786 secs
10
+ reassign/sort/migrate/ghost percent = 40.0245 0.0347344 7.43333 52.5074
11
+ Reading surface file ...
12
+ 200 lines
13
+ -0.5 0.5 xlo xhi
14
+ -0.5 0.5 ylo yhi
15
+ 0 0 zlo zhi
16
+ 0.0157073 min line length
17
+ 582 0 = cells overlapping surfs, overlap cells with unmarked corner pts
18
+ 141042 16244 582 = cells outside/inside/overlapping surfs
19
+ 582 = surf cells with 1,2,etc splits
20
+ 109.214731023047 109.214731023047 = cell-wise and global flow volume
21
+ CPU time = 0.148017 secs
22
+ read/check/sort/surf2grid/ghost/inout/particle percent = 14.4685 14.7448 1.8478 19.3204 49.6185 4.35489 0.125653
23
+ surf2grid time = 0.0285975 secs
24
+ map/comm1/comm2/comm3/comm4/split percent = 17.0725 20.484 6.73746 1.43938 9.36641 14.0688
25
+ Balance grid migrated 2126 cells
26
+ CPU time = 0.0840004 secs
27
+ reassign/sort/migrate/ghost percent = 3.472 0.0361665 10.4875 86.0043
28
+ Creating particles ...
29
+ WARNING: Created unexpected # of particles: 1083120 versus 1083121 (../create_particles.cpp:346)
30
+ Created 1083120 particles
31
+ CPU time = 0.0236239 secs
32
+ Memory usage per proc in Mbytes:
33
+ particles (ave,min,max) = 2.12256 0 5.0625
34
+ grid (ave,min,max) = 6.23059 1.51379 10.8888
35
+ surf (ave,min,max) = 0.0205994 0.0205994 0.0205994
36
+ total (ave,min,max) = 8.37375 4.15939 14.2844
37
+ Step CPU Np Natt Ncoll Nscoll Npave Nscollave
38
+ 0 0 1083120 0 0 0 0 0
39
+ 10000 34.474039 1143721 48431 40209 17 1103895.8 15.5758
40
+ 20000 81.723958 1174597 50523 42040 16 1134112.2 15.63065
41
+ 30000 131.21346 1178539 51011 42483 16 1148234.3 15.6459
42
+ 40000 180.24263 1179607 51004 42546 20 1155958.9 15.658625
43
+ 50000 229.58072 1179487 51126 42741 15 1160660.1 15.66416
44
+ 60000 280.23663 1179916 50898 42423 18 1163836.9 15.671883
45
+ 70000 328.96152 1177915 50673 42229 10 1166048.1 15.679286
46
+ 80000 377.70966 1178860 51034 42568 18 1167730.6 15.685525
47
+ 90000 426.99893 1179376 50962 42411 9 1168961.7 15.689589
48
+ 100000 476.23919 1180354 50955 42428 15 1169968.6 15.69255
49
+ 110000 526.03693 1178753 50709 42336 14 1170901.8 15.693682
50
+ 120000 574.66306 1178939 50772 42346 20 1171533.5 15.695033
51
+ 130000 623.69865 1179601 50917 42518 13 1172141.4 15.696192
52
+ 140000 673.62942 1179208 50758 42339 21 1172658 15.699386
53
+ 150000 722.91184 1179766 50930 42509 21 1173117.6 15.700553
54
+ 160000 771.86047 1179250 50829 42331 10 1173533.7 15.69975
55
+ 170000 820.46282 1179342 50937 42446 13 1173867.6 15.698918
56
+ 180000 870.14742 1178039 50822 42497 12 1174154.1 15.700883
57
+ 190000 919.07729 1179841 50768 42463 13 1174406.8 15.700526
58
+ 200000 968.45618 1180121 50990 42408 15 1174667.9 15.70019
59
+ Loop time of 968.458 on 128 procs for 200000 steps with 1180121 particles
60
+
61
+ MPI task timing breakdown:
62
+ Section | min time | avg time | max time |%varavg| %total
63
+ ---------------------------------------------------------------
64
+ Move | 0.024503 | 30.628 | 184.94 | 705.6 | 3.16
65
+ Coll | 0.77271 | 54.484 | 522.73 |1130.9 | 5.63
66
+ Sort | 0.26179 | 9.5329 | 101.16 | 572.6 | 0.98
67
+ Comm | 99.169 | 129.46 | 142.55 | 83.3 | 13.37
68
+ Modify | 0.02257 | 0.27148 | 4.4785 | 136.1 | 0.03
69
+ Output | 0.0061392 | 0.056291 | 0.061907 | 3.7 | 0.01
70
+ Other | | 744 | | | 76.83
71
+
72
+ Particle moves = 234933580912 (235B)
73
+ Cells touched = 246510800422 (247B)
74
+ Particle comms = 334482991 (334M)
75
+ Boundary collides = 0 (0K)
76
+ Boundary exits = 34589527 (34.6M)
77
+ SurfColl checks = 115474283 (115M)
78
+ SurfColl occurs = 3140038 (3.14M)
79
+ Surf reactions = 0 (0K)
80
+ Collide attempts = 11231800192 (11.2B)
81
+ Collide occurs = 8534949553 (8.53B)
82
+ Gas reactions = 0 (0K)
83
+ Particles stuck = 0
84
+ Axisymm bad moves = 0
85
+
86
+ Particle-moves/CPUsec/proc: 1.8952e+06
87
+ Particle-moves/step: 1.17467e+06
88
+ Cell-touches/particle/step: 1.04928
89
+ Particle comm iterations/step: 1
90
+ Particle fraction communicated: 0.00142373
91
+ Particle fraction colliding with boundary: 0
92
+ Particle fraction exiting boundary: 0.000147231
93
+ Surface-checks/particle/step: 0.000491519
94
+ Surface-collisions/particle/step: 1.33656e-05
95
+ Surface-reactions/particle/step: 0
96
+ Collision-attempts/particle/step: 0.0478084
97
+ Collisions/particle/step: 0.0363292
98
+ Gas-reactions/particle/step: 0
99
+
100
+ Particles: 9219.7 ave 55493 max 0 min
101
+ Histogram: 82 14 8 2 6 6 6 0 2 2
102
+ Cells: 1233.34 ave 1234 max 1232 min
103
+ Histogram: 1 0 0 0 0 82 0 0 0 45
104
+ GhostCell: 31723.7 ave 58233 max 1742 min
105
+ Histogram: 22 8 12 10 17 3 6 4 16 30
106
+ EmptyCell: 0 ave 0 max 0 min
107
+ Histogram: 128 0 0 0 0 0 0 0 0 0
108
+ Surfs: 200 ave 200 max 200 min
109
+ Histogram: 128 0 0 0 0 0 0 0 0 0
110
+ GhostSurf: 0 ave 0 max 0 min
111
+ Histogram: 128 0 0 0 0 0 0 0 0 0
112
+ Memory usage per proc in Mbytes:
113
+ particles (ave,min,max) = 2.21484 0 6.75
114
+ grid (ave,min,max) = 6.23059 1.51379 10.8888
115
+ surf (ave,min,max) = 0.0205994 0.0205994 0.0205994
116
+ total (ave,min,max) = 8.88032 4.57364 14.699
117
+ Step CPU Np Natt Ncoll Nscoll Npave Nscollave
118
+ 200000 0 1180121 50990 42408 0 0 0
119
+ 210000 74.561505 1179970 51039 42513 13 1180307.7 15.6746
120
+ 220000 149.31838 1178328 50905 42519 19 1179795.3 15.6983
121
+ 230000 225.17635 1177879 50728 42422 10 1179307.8 15.6991
122
+ 240000 301.00587 1178725 50883 42464 10 1179184.8 15.70205
123
+ 250000 375.16415 1178025 50471 42055 12 1179106.6 15.71346
124
+ 260000 449.88866 1179128 50812 42421 13 1179220.1 15.718533
125
+ 270000 524.43253 1180261 51075 42490 17 1179275.2 15.722986
126
+ 280000 599.48612 1179090 50964 42592 13 1179299.7 15.720612
127
+ 290000 673.51237 1179604 50823 42390 7 1179260.2 15.7168
128
+ 300000 748.25774 1178396 50705 42454 17 1179214.8 15.72146
129
+ Loop time of 748.258 on 128 procs for 100000 steps with 1178396 particles
130
+
131
+ MPI task timing breakdown:
132
+ Section | min time | avg time | max time |%varavg| %total
133
+ ---------------------------------------------------------------
134
+ Move | 0.013668 | 15.505 | 87.609 | 487.9 | 2.07
135
+ Coll | 0.38752 | 28.463 | 278.85 | 831.4 | 3.80
136
+ Sort | 0.1616 | 5.0423 | 49.124 | 397.3 | 0.67
137
+ Comm | 54.937 | 70.981 | 78.143 | 61.5 | 9.49
138
+ Modify | 5.523 | 42.298 | 236.51 | 763.9 | 5.65
139
+ Output | 0.062038 | 0.063645 | 0.067614 | 0.5 | 0.01
140
+ Other | | 585.9 | | | 78.30
141
+
142
+ Particle moves = 117921476211 (118B)
143
+ Cells touched = 123725124352 (124B)
144
+ Particle comms = 167678277 (168M)
145
+ Boundary collides = 0 (0K)
146
+ Boundary exits = 17345421 (17.3M)
147
+ SurfColl checks = 57787633 (57.8M)
148
+ SurfColl occurs = 1572146 (1.57M)
149
+ Surf reactions = 0 (0K)
150
+ Collide attempts = 5671675096 (5.67B)
151
+ Collide occurs = 4309322619 (4.31B)
152
+ Gas reactions = 0 (0K)
153
+ Particles stuck = 0
154
+ Axisymm bad moves = 0
155
+
156
+ Particle-moves/CPUsec/proc: 1.23121e+06
157
+ Particle-moves/step: 1.17921e+06
158
+ Cell-touches/particle/step: 1.04922
159
+ Particle comm iterations/step: 1
160
+ Particle fraction communicated: 0.00142195
161
+ Particle fraction colliding with boundary: 0
162
+ Particle fraction exiting boundary: 0.000147093
163
+ Surface-checks/particle/step: 0.000490052
164
+ Surface-collisions/particle/step: 1.33321e-05
165
+ Surface-reactions/particle/step: 0
166
+ Collision-attempts/particle/step: 0.048097
167
+ Collisions/particle/step: 0.036544
168
+ Gas-reactions/particle/step: 0
169
+
170
+ Particles: 9206.22 ave 55173 max 0 min
171
+ Histogram: 82 14 6 4 6 6 6 0 2 2
172
+ Cells: 1233.34 ave 1234 max 1232 min
173
+ Histogram: 1 0 0 0 0 82 0 0 0 45
174
+ GhostCell: 31723.7 ave 58233 max 1742 min
175
+ Histogram: 22 8 12 10 17 3 6 4 16 30
176
+ EmptyCell: 0 ave 0 max 0 min
177
+ Histogram: 128 0 0 0 0 0 0 0 0 0
178
+ Surfs: 200 ave 200 max 200 min
179
+ Histogram: 128 0 0 0 0 0 0 0 0 0
180
+ GhostSurf: 0 ave 0 max 0 min
181
+ Histogram: 128 0 0 0 0 0 0 0 0 0
182
+ Writing grid file ...
183
+ grid cells = 157868
184
+ CPU time = 0.0221984 secs
185
+ Writing surface file ...
186
+ surf elements = 200
187
+ CPU time = 0.00326821 secs
188
+ Processing 4 grid chunk(s).
189
+ Completed grid chunk number: 3
190
+ Completed grid chunk number: 2
191
+ Completed grid chunk number: 1
192
+ Completed grid chunk number: 0
193
+
194
+ Done in 0:00:14 (wall clock time)
195
+
196
+ Processing 4 grid chunk(s).
197
+ Completed grid chunk number: 3
198
+ Completed grid chunk number: 2
199
+ Completed grid chunk number: 1
200
+ Completed grid chunk number: 0
201
+
202
+ Done in 0:00:13 (wall clock time)
203
+
204
+ Processing SPARTA surface information.
205
+ Processing dump result file: ['./output/surf.300000.dat']
CylinderKnMa/Kn0p22/simulation0406_Kn0p22Ma2p5/surf/Surf_300000.vtu ADDED
@@ -0,0 +1,38 @@
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
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+ <PointData>
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+ <DataArray type="Float64" Name="f_2[6]" format="appended" RangeMin="-0.23769" RangeMax="0.24199" offset="14868" />
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+ <DataArray type="Float64" Name="f_2[11]" format="appended" RangeMin="0" RangeMax="0" offset="22952" />
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+ <DataArray type="Float32" Name="Points" NumberOfComponents="3" format="appended" RangeMin="0.49999998503" RangeMax="0.50000001255" offset="23004" />
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AQAAAACAAABABgAA6QUAAA==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AQAAAACAAABABgAAEwYAAA==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AQAAAACAAABABgAAAgYAAA==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AQAAAACAAABABgAAGAYAAA==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AQAAAACAAABABgAAOQYAAA==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AQAAAACAAABABgAAFQAAAA==eJxjYBgFo2AUjIJRMApIBwAGQAABAQAAAACAAABABgAAFQAAAA==eJxjYBgFo2AUjIJRMApIBwAGQAABAQAAAACAAADAEgAA0gMAAA==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AQAAAACAAABABgAAXwEAAA==eJwtxVFEHAAAANBKkpzkJEmSJMlJkiRJkiRJkiQnSXKSJEmSJEmSJEmSZGYmmUmSJEmSJEkyMzOTzCRJkmT20Xs/LybqXazjHO8EB5zoJAed7BSnOs3pznCms5ztHOc6zyHnu8CFLnKxS1zqMpe7wpWucrVrXOs617vBjW5ys1vc6rDb3O4Od7rLEXe7x73uc78HPOghD3vEox7zuCc86SlPe8aznvO8F7zoJS97xate8wd/9Cd/9ro3/MVfvektb3vHu97zvg986CMf+8SnPvO5L3zpK1/7m7/7h3/6l3/7xrf+47++870f/OgnP/vFr37zP0dFvxfjWMc53gkOONFJDjrZKU51mtOd4UxnOds5znWeQ853gQtd5GKXuNRlLneFK13late41nWud4Mb3eRmt7jVYbe53R3udJcj7naPe93nfg940EMe9ohHPeZxT3jSU572jGc95/9sSVRSAQAAAACAAADIAAAADAAAAA==eJxjZh4eAADsVAJZ
37
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38
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CylinderKnMa/Kn0p22/simulation0407_Kn0p22Ma2p6/Grid.pvd ADDED
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+ <?xml version="1.0"?>
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+ <VTKFile type="Collection" version="0.1"
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+ byte_order="LittleEndian"
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+ compressor="vtkZLibDataCompressor">
5
+ <Collection>
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+ <DataSet timestep="300000" group="" part="0"
7
+ file="Grid/Grid_300000.pvtu"/>
8
+ </Collection>
9
+ </VTKFile>
CylinderKnMa/Kn0p22/simulation0407_Kn0p22Ma2p6/Lambda.pvd ADDED
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+ <?xml version="1.0"?>
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+ <VTKFile type="Collection" version="0.1"
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+ byte_order="LittleEndian"
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+ compressor="vtkZLibDataCompressor">
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+ <Collection>
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+ <DataSet timestep="300000" group="" part="0"
7
+ file="Lambda/Lambda_300000.pvtu"/>
8
+ </Collection>
9
+ </VTKFile>
CylinderKnMa/Kn0p22/simulation0407_Kn0p22Ma2p6/Lambda/Lambda_0_300000.vtu ADDED
The diff for this file is too large to render. See raw diff
 
CylinderKnMa/Kn0p22/simulation0407_Kn0p22Ma2p6/Lambda/Lambda_1_300000.vtu ADDED
The diff for this file is too large to render. See raw diff
 
CylinderKnMa/Kn0p22/simulation0407_Kn0p22Ma2p6/Lambda/Lambda_2_300000.vtu ADDED
The diff for this file is too large to render. See raw diff
 
CylinderKnMa/Kn0p22/simulation0407_Kn0p22Ma2p6/Lambda/Lambda_300000.pvtu ADDED
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+ <?xml version="1.0"?>
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+ <VTKFile type="PUnstructuredGrid" version="0.1"
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+ byte_order="LittleEndian"
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+ compressor="vtkZLibDataCompressor">
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+ <PDataArray type="Float64" Name="id"/>
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+ <PDataArray type="Float64" Name="xc"/>
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+ <PDataArray type="Float64" Name="c_6[2]"/>
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+ </PCellData>
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+ <PPoints>
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+ <PDataArray type="Float32" Name="Points" NumberOfComponents="3"/>
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+ </PPoints>
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+ <Piece Source="Lambda_0_300000.vtu"/>
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+ <Piece Source="Lambda_1_300000.vtu"/>
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+ <Piece Source="Lambda_2_300000.vtu"/>
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+ <Piece Source="Lambda_3_300000.vtu"/>
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+ </PUnstructuredGrid>
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+ </VTKFile>
CylinderKnMa/Kn0p22/simulation0407_Kn0p22Ma2p6/Lambda/Lambda_3_300000.vtu ADDED
The diff for this file is too large to render. See raw diff
 
CylinderKnMa/Kn0p22/simulation0407_Kn0p22Ma2p6/Surf.pvd ADDED
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+ <?xml version="1.0"?>
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+ compressor="vtkZLibDataCompressor">
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+ <Collection>
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+ <DataSet timestep="300000" group="" part="0"
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+ file="Surf/Surf_300000.vtu"/>
8
+ </Collection>
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+ </VTKFile>
CylinderKnMa/Kn0p22/simulation0407_Kn0p22Ma2p6/config.txt ADDED
@@ -0,0 +1,78 @@
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
1
+ variable BZ equal 1.380649E-23
2
+ variable PI equal 3.1415926536
3
+ variable molecular_mass equal 6.63E-26
4
+ variable molecular_diameter equal 4.17E-10
5
+ variable gamma equal 1.666666667
6
+ variable R equal ${BZ}/${molecular_mass}
7
+ variable L equal 1.0
8
+ variable xmin equal -5.0
9
+ variable xmax equal 6.0
10
+ variable ymin equal -5.0
11
+ variable ymax equal 5.0
12
+ variable Kn equal 0.22
13
+ variable Ma equal 2.6
14
+ variable To equal 273.0
15
+ variable Tb equal 273.0
16
+ variable theta equal 0.0
17
+ variable mfp equal ${Kn}*${L}
18
+ variable cpmfp equal 4
19
+ variable nden equal 1.0/sqrt(2.0)/${PI}/${molecular_diameter}/${molecular_diameter}/(${mfp}/${cpmfp}*${Kn})
20
+ variable sos equal sqrt(${gamma}*${R}*${To})
21
+ variable vo equal ${Ma}*${sos}
22
+ variable vx equal ${vo}*cos(${theta}*2*PI/360)
23
+ variable vy equal ${vo}*sin(${theta}*2*PI/360)
24
+ variable ppc equal 30
25
+ variable xncells equal (${xmax}-${xmin})/${mfp}*${cpmfp}
26
+ variable yncells equal (${ymax}-${ymin})/${mfp}*${cpmfp}
27
+ variable Fnum equal ${nden}*(${xmax}-${xmin})*(${ymax}-${ymin})/${ppc}/${xncells}/${yncells}
28
+ variable tstep equal (-${xmin}+${xmax})/${vx}/${xncells}/10/4
29
+ variable nave equal 10000
30
+ variable noutput equal 300000
31
+ clear
32
+ shell mkdir output
33
+ shell mkdir grid
34
+ shell mkdir surf
35
+ seed 7
36
+ dimension 2
37
+ global nrho ${nden}
38
+ global fnum ${Fnum}
39
+ timestep ${tstep}
40
+ global gridcut 1.0 particle/reorder 100 comm/sort yes
41
+ region 1 cylinder z 0.0 0.0 3.50 -0.5 0.5
42
+ region 2 cylinder z 0.0 0.0 2.00 -0.5 0.5
43
+ region 3 cylinder z 0.0 0.0 0.80 -0.5 0.5
44
+ boundary o o p
45
+ create_box ${xmin} ${xmax} ${ymin} ${ymax} -0.5 0.5
46
+ create_grid ${xncells} ${yncells} 1 levels 4 region 2 1 2 2 1 region 3 2 2 2 1 region 4 3 2 2 1 clump xyz
47
+ balance_grid rcb cell
48
+ species gas.species Ar
49
+ mixture air Ar frac 1.0
50
+ mixture air Ar vstream ${vx} ${vy} 0.0 temp ${To}
51
+ collide vss air gas.vhs
52
+ collide_modify vremax 100 yes remain no nearcp yes 10
53
+ read_surf cylinder.surf
54
+ surf_collide 1 diffuse 273.0 1.0
55
+ surf_modify all collide 1
56
+ fix in emit/face air xlo ylo yhi
57
+ balance_grid rcb cell
58
+ create_particles air n 0
59
+ stats 10000
60
+ stats_style step cpu np nattempt ncoll nscoll npave nscollave
61
+ run 200000
62
+ compute 1 grid all air n nrho massrho u v w
63
+ compute 2 grid all air trot
64
+ compute 3 tvib/grid all air
65
+ compute 4 thermal/grid all air press temp
66
+ fix 1 ave/grid all 1 ${nave} ${nave} c_1[*] c_4[*] c_2[*] c_3[*] ave running
67
+ dump 1 grid all ${noutput} output/grid.*.dat id xc yc f_1[*]
68
+ dump_modify 1 format float %12.5g
69
+ compute 5 surf all air n press px py shx shy fx fy etot erot evib
70
+ fix 2 ave/surf all 1 ${nave} ${nave} c_5[*] ave running
71
+ dump 2 surf all ${noutput} output/surf.*.dat id v1x v1y v2x v2y f_2[*]
72
+ dump_modify 2 format float %12.5g
73
+ compute 6 lambda/grid f_1[2] f_1[8] Ar kx
74
+ dump 3 grid all ${noutput} output/lambdakn.*.dat id xc yc c_6[*]
75
+ dump_modify 3 format float %12.5g
76
+ run 100000
77
+ write_grid grid/final-grid.dat
78
+ write_surf surf/geom.surf
CylinderKnMa/Kn0p22/simulation0407_Kn0p22Ma2p6/cylinder.surf ADDED
@@ -0,0 +1,410 @@
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
1
+ surf file from Pointwise
2
+
3
+ 200 points
4
+ 200 lines
5
+
6
+ Points
7
+
8
+ 1 0.5 0.0
9
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+ # molecular mass (kg)
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+ # rotational degrees of freedom (integer, unitless)
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+ Ar 39.95 6.63E-26 0 0.0 0 0.0 0.0 1.0 0.0
CylinderKnMa/Kn0p22/simulation0407_Kn0p22Ma2p6/gas.vhs ADDED
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CylinderKnMa/Kn0p22/simulation0407_Kn0p22Ma2p6/grid/Grid_0_300000.vtu ADDED
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