1. Salome-Meca()Salome-Meca

2. Salome-MecaEDFLinuxCode_Aster Salome-Meca SALOMEPlatformCode_AsterCode_Aster4001232,00013,000CAECode_Aster & Salome-Meca https://sites.google.com/site/codeastersalomemeca/home2 - Japan Salome-Meca Working Group 3. 1/2mm3 - Japan Salome-Meca Working GroupZ1,000100 XZAA501010010Y2.1105MPa0.3Z-10,000NHHsteelH-100501010 1,000mmF=10,000N 4. 2/2fix loadA loadL 50mmloadP 4 - Japan Salome-Meca Working GroupfixloadLloadPloadA 5. 1. Salome-Meca2. geometry3. 4. 5. 6. 7. 8. 9. 10.DEXCS2012-Salome-D0-B1-6464bit5 - Japan Salome-Meca Working Group 6. 1. []>[]2. []>[F] 3. hsteel 4. [hsteel.stp]16 - Japan Salome-Meca Working Group23.hsteel-M 7. Salome-Meca1. [Salome V6_6_0]2. Salome-Meca.Salome-Meca17 - Code_Aster and Salome-Meca course material GNU FDL Licence 8. Geometry(1/2)1. Geometryor Geometry2. [][N]8 - Japan Salome-Meca Working Group2Geometry 9. Geometry(2/2)Geometry9 - Japan Salome-Meca Working Group 10. (1/3)1. []>[(F)]>[]2. [][STEP Files]3. [hsteel.stp][Open]10 - Japan Salome-Meca Working Group23Salome ACIS Files(.sat) BREP Files(.brep) IGES Files 5.1 & 5.3(.iges .igs) STEP Files(.step .stp) STL ( 11. (2/3)QuestionmmNomYesNo11 - Japan Salome-Meca Working Group 12. (3/3)1.[]>[]>[]>[]2.[]>[Geometry]>[HSTEEL]3.[()]12 - Japan Salome-Meca Working Group1 23 13. ctrl ctrlor ctrl13 - Japan Salome-Meca Working Group 14. (1/5)1. []>[Geometry]>[HSTEEL]2. []14 - Japan Salome-Meca Working Group2 15. (2/5)1. 2. fix 83. HSTEEL4. 5. 6. 7. A15 - Japan Salome-Meca Working Group1325746 16. (3/5)1. 2. loadA3. HSTEEL4. 5. 6. 567. A16 - Japan Salome-Meca Working Group13256476 17. (4/5)1. 2. loadL 3. HSTEEL4. []>[Geometry]>[HSTEEL]5. []6. 7. 8. 709. A17 - Japan Salome-Meca Working Group1327669845 18. (5/5)1. 2. loadP 3. HSTEEL4. loadL5. 6. 7. 698. p18 - Japan Salome-Meca Working Group13265784 19. (1/6)MeshorMesh19 - Japan Salome-Meca Working GroupMesh 20. (2/6)[]>[]>[] or[]20 - Japan Salome-Meca Working Group 21. (3/6)1. HSTEEL2. 3. HSTEEL121 - Japan Salome-Meca Working Group23 22. (4/6)1. [Netgen 1D-2D-3D2. 3. [NETGEN 3D Parameters]122 - Japan Salome-Meca Working Group23 23. (5/6)1. 1052. 23. [OK(O)]4. []2323 - Japan Salome-Meca Working Group4 24. (6/6)1. [2. []>[]>[]3. 4. [(F)]]>[Mesh]>[Mesh_1]24 - Japan Salome-Meca Working Group 25. (1/8)1. [Aster]or2. Aster25 - Japan Salome-Meca Working Group2 26. (2/8)1.[]>[aster]>[wizard]>[Linar elastic] or2.Linear elasticWizardSalome-MecaSalome-Meca2013.1wizardLinear elastic analysisModal analysisLinear themic analysisCrack analysis (X-FEM)26 - Japan Salome-Meca Working Group 27. (3/8)[3D][Next>]3DPlane stressPlane strainAxis symmetric27 - Japan Salome-Meca Working Group 28. (4/8)1. []>[Mesh]>[Mesh_1]2. 3. [Next>]28 - Japan Salome-Meca Working Group 29. (5/8)1. 2.1105 MPa2. [Next>]29 - Japan Salome-Meca Working Group2.1e5 30. (6/8)1. loadP2. fix3. Next>30 - Japan Salome-Meca Working Group 31. (7/8)Next>Eficas31 - Japan Salome-Meca Working Group 32. (8/8)1. []2. hsteel[Save] 3. [Finish]32 - Japan Salome-Meca Working Group 33. (1/9)1. >[Aster]>[liner-static]>[Data]2. [Run Eficas]33 - Japan Salome-Meca Working Group 34. (2/9)1. 2. STA10ja3. OK(O)STAStable Code_Asterja34 - Japan Salome-Meca Working Group23 35. (3/9)(Eficas)/35 - Japan Salome-Meca Working Group 36. (4/9)1. [MODI_MAILLAGE]>[ORIE_PEAU_3D]>[GROUP_MA]2. 3. loadLfix4. (V)243fix36 - Japan Salome-Meca Working Group 37. (5/9)1. [hsteel.comm]>[AFFE_CHAR_MECA]>[PRES_REP][Supprimer]37 - Japan Salome-Meca Working Group 38. (6/9)1. [hsteel.comm]>[AFFE_CHAR_MECA]2. [FORCE_ARETE]3. [(V)]2338 - Japan Salome-Meca Working Group 39. (7/9)1. [GROUP_MA]2. (V)[GROUP_MA]3. loadL4. (V)43loadL2[GROUP_MA]39 - Japan Salome-Meca Working Group 40. (8/9)1. [FORCE_ARETE]2. [FZ]3. (V)[FZ]4. -20010,000(N)50(mm)=-200(N/mm)5. (V)43-200240 - Japan Salome-Meca Working Group 41. (9/9)1. 2. eficasCode_Aster Code_Aster Code_Aster241 - Japan Salome-Meca Working Group 42. 1/51. []2. []>[Aster]>[liner-static]3. [Edit]2liner-static1342 - Japan Salome-Meca Working Group 43. 2/51. Total memory(MB)5122. Time(s)6003. [OK]5122360043 - Japan Salome-Meca Working Group 44. 3/51. []>[Aster]>[liner-static]2. [Run]244 - Japan Salome-Meca Working Group 45. 4/5[Post-Pro]>[liner-static.rmed]45 - Japan Salome-Meca Working Group 46. 5/5liner-static.basehsteel.comm Code_Asterhsteel.stp liner-static.exportliner-static.mess46 - Japan Salome-Meca Working Groupgoogleliner-static.mmed liner-static.resu liner-static.rmed Study1.hdf Salome 47. (1/10)ParaVisParaVisorParaVis47 - Japan Salome-Meca Working GroupParaVis 48. (2/10)1. ParaVis48 - Japan Salome-Meca Working Group12. liner-static.rmed3. OKliner-static.rmed32 49. (3/10)1. [Apply]149 - Japan Salome-Meca Working Group 50. (4/10)50 - Japan Salome-Meca Working Group++ 51. (5/10)1. [RESU_DEPL]2. []2 151 - Japan Salome-Meca Working GroupMagnitudeDXDYDZ 52. (6/10)1. [Warp By Vector]2. Vectors[RESU_DEPL]3. Scale Factor104. [Apply]452 - Japan Salome-Meca Working Group123 53. (7/10)1. [RESU_SIEQ_NOEU]2. []2 153 - Japan Salome-Meca Working GroupVMISTRESCAPRIN_13 54. (8/10)54 - Japan Salome-Meca Working Group3.1. [Edit Color Map]2. [Choose Preset]3. 4. [OK]5. [Apply]6. [Close]245 6 55. (9/10)1. [Edit Color Map]2. [Automatically Rescale to Fit Data Range]3. [Rescale Rage]4. set Range5. [Rescale]6. [Apply]7. [Close]55 - Japan Salome-Meca Working Group4.236 75 56. (10/10)1. [Slice]2. Origin3. 4. [Apply]56 - Japan Salome-Meca Working Group2.43. 57. AFFE_CHAR_MECAAFFE_CHAR_MECA57 - Japan Salome-Meca Working GroupDDL_IMPO 3D, 2D FACE_IMPO 3D, 2D PESANTUER allFORCE_FACE 3D FORCE_ARETE 3D, 2D FORCE_NODALE all FORCE_COQUE 2D PRES_REP 3D, 2D LIAISON_MAIL3D, 2D LIAISON_COQUE 2D LIAISON_ELEM3D, 2D,1D LIAISON_UNIF Node LIAISON_SOLIDE Node LIAISON_OBLIQUE Node LIAISON_DDL Node 58. B (1/3)EficasDEBUT DEFI_MATERIAU MA ELAS E 210000.0 NU 0.3 LIRE_MAILLAGE MAIL FORMAT MEDb_format_medMODI_MAILLAGE MAIL MAILLAGE MAILORIE_PEAU_3DGROUP_MA fixAFFE_MODELE MODE MAILLAGE MAILAFFE TOUT OUI PHENOMENEMECANIQUE b_mecanique 2D or 3DMODELISATION 3D58 - Japan Salome-Meca Working Group 59. B (2/3)EficasAFFE_MATERIAU MATE MAILLAGE MAILAFFE DEFI_MATERIAUTOUT OUI MATER MA DEFI_MATERIAUAFFE_CHAR_MECA CHAR MODELE MODE DDL_IMPO GROUP_MA fix DX 0.0 DY 0.0DZ 0.0FORCE_ARETE GROUP_MA loadL FZ -200 ZMECA_STATIQUE RESU MODELE MODE CHAM_MATER MATE AFFE_MATERIAUEXCIT 59 - Japan Salome-Meca Working Group 60. B (3/3)EficasCALC_ELEM RESU MODELE MODE CHAM_MATER MATE RESULTAT RESU b_prec_rela b_lineaireb_toutes60 - Japan Salome-Meca Working GroupOPTION SIGM_ELNO,SIEQ_ELNOEXCITCHARGE CHARCALC_NO RESU RESULTAT RESU b_prec_relaOPTION SIGM_NOEU,SIEQ_NOEU IMPR_RESU FORMAT MED b_format_medUNITE 80 b_restreint RESUMAILLAGE MAILRESULTAT RESUb_info_medb_sensibleb_partieb_extracNOM_CHAMSIGM_NOEU,SEQ_NOEU,DEPLb_cmpb_medb_topologie FIN 61. C Salome-Mecasteel EsteelSI kg m s N Pa 7.8103 2.11011mmMPaton mm s N MPa 7.810-9 2.110561 - Japan Salome-Meca Working Group 62. Code_Aster Training, http://www.code-aster.org/V2/spip.php?article282DEXCS, http://dexcs.gifu-nct.ac.jp/OpenCAE Users Wiki CAESALOME-MecaFS,http://opencae.gifu-nct.ac.jp/pukiwiki/index.php?SALOME-Meca%A4%CE%BB%C8%CD%D1%CB%A1%B2%F2%C0%E2Code_Aster & Salome-Meca ,https://sites.google.com/site/codeastersalomemeca/CAE12Salome-Meca,http://eddy.pu-toyama.ac.jp/CAESALOME-Meca3. Dexcs Salome MECA,https://sites.google.com/site/cae21salomesub4/homeCAE,,2011,,201162 - Japan Salome-Meca Working Group