------------------------------------------------------------ Mechanica Structure Version L-01-54:spg Summary for Design Study "grob_quick_FL_klon" Mon May 03, 2010 07:35:06 ------------------------------------------------------------ Run Settings Memory allocation for block solver: 512.0 Parallel Processing Status Parallel task limit for current run: 2 Parallel task limit for current platform: 64 Number of processors detected automatically: 2 Checking the model before creating elements... These checks take into account the fact that AutoGEM will automatically create elements in volumes with material properties, on surfaces with shell properties, and on curves with beam section properties. Generate elements automatically. Checking the model after creating elements... No errors were found in the model. Mechanica Structure Model Summary Principal System of Units: millimeter Newton Second (mmNs) Length: mm Force: N Time: sec Temperature: C Model Type: Three Dimensional Points: 1166 Edges: 5608 Faces: 7931 Springs: 0 Masses: 0 Beams: 0 Shells: 0 Solids: 3485 Elements: 3485 Contacts: 12 ------------------------------------------------------------ Standard Design Study Static Analysis "grob_quick_FL_klon": Contact Analysis Convergence Method: Quick Check Plotting Grid: 4 ** Warning: One or more contacts in the model will have no effect because it is not possible for any of the elements on one side of the contact region to contact any of the elements on the other side. See the log file for a list of contacts for which this applies. Convergence Loop Log: (07:35:45) >> Pass 1 << Calculating Element Equations (07:35:45) Total Number of Equations: 58138 Maximum Edge Order: 3 Solving Equations (07:35:46) Load Increment 0 of 1 Load Factor: 0.00000e+00 *Contact Area: 9.65245e+02 The contact area is non-zero for zero load factor because there is initial interpenetration (interference fit) in at least one contact region. Calculating Disp and Stress Results (07:40:18) Load Increment 1 of 1 Load Factor: 1.00000e+00 *Contact Area: 7.74140e+02 ** Warning: Contact area is small in comparison to size of adjacent element edges for one or more contacts for all load factors above marked with a "*". If you need pressure results near the contacts, use single-pass adaptive convergence and select Localized Mesh Refinement. Calculating Disp and Stress Results (07:45:59) Post-Processing Solution (07:46:01) RMS Stress Error Estimates: Load Set Stress Error % of Max Prin Str ---------------- ------------ ----------------- OR_Cos 1.65e+00 0.5% of 3.55e+02 Resource Check (07:46:02) Elapsed Time (sec): 659.85 CPU Time (sec): 955.25 Memory Usage (kb): 643922 Wrk Dir Dsk Usage (kb): 95326 Total Mass of Model: 3.491850e-04 Total Cost of Model: 0.000000e+00 Mass Moments of Inertia about WCS Origin: Ixx: 3.69581e-01 Ixy: 3.70318e-02 Iyy: 2.37614e-01 Ixz: -7.46557e-05 Iyz: 3.27330e-05 Izz: 2.37614e-01 Principal MMOI and Principal Axes Relative to WCS Origin: Max Prin Mid Prin Min Prin 3.79263e-01 2.37615e-01 2.27933e-01 WCS X: 9.67483e-01 -8.83896e-04 -2.52933e-01 WCS Y: 2.52934e-01 5.16582e-03 9.67470e-01 WCS Z: -4.51462e-04 9.99986e-01 -5.22141e-03 Center of Mass Location Relative to WCS Origin: (-8.45712e+00, 1.87222e+01, -1.31447e-02) Mass Moments of Inertia about the Center of Mass: Ixx: 2.47184e-01 Ixy: -1.82568e-02 Iyy: 2.12640e-01 Ixz: -3.58382e-05 Iyz: -5.32006e-05 Izz: 9.02426e-02 Principal MMOI and Principal Axes Relative to COM: Max Prin Mid Prin Min Prin 2.55044e-01 2.04779e-01 9.02426e-02 WCS X: 9.18490e-01 3.95444e-01 2.83842e-04 WCS Y: -3.95444e-01 9.18490e-01 4.76993e-04 WCS Z: -7.20814e-05 -5.50357e-04 1.00000e+00 Constraint Set: IR_fit: GE30E_MA Load Set: OR_Cos: GE30E_MA Resultant Load on Model: in global X direction: 7.720757e-11 in global Y direction: -8.899048e-11 in global Z direction: 8.563000e+03 Measures: contact_area: 7.741403e+02 contact_max_pres: 3.143904e+02 max_beam_bending: 0.000000e+00 max_beam_tensile: 0.000000e+00 max_beam_torsion: 0.000000e+00 max_beam_total: 0.000000e+00 max_disp_mag: 2.965813e-02 max_disp_x: -2.826355e-03 max_disp_y: 8.689433e-03 max_disp_z: 2.887381e-02 max_prin_mag: -3.548909e+02 max_rot_mag: 0.000000e+00 max_rot_x: 0.000000e+00 max_rot_y: 0.000000e+00 max_rot_z: 0.000000e+00 max_stress_prin: 1.861561e+02 max_stress_vm: 3.205242e+02 max_stress_xx: -2.661805e+02 max_stress_xy: 7.251204e+01 max_stress_xz: -1.595685e+02 max_stress_yy: 1.786801e+02 max_stress_yz: 9.014763e+01 max_stress_zz: -3.091828e+02 min_stress_prin: -3.548909e+02 strain_energy: 1.382994e+02 Interface1_area: 9.363582e+01 Interface1_force: 9.373525e+03 Interface5_area: 1.925247e+02 Interface5_force: 9.216967e+03 Interface6_area: 4.879798e+02 Interface6_force: 1.258019e+04 Analysis "grob_quick_FL_klon" Completed (07:46:02) ------------------------------------------------------------ Memory and Disk Usage: Machine Type: Windows NT/x86 RAM Allocation for Solver (megabytes): 512.0 Total Elapsed Time (seconds): 660.09 Total CPU Time (seconds): 955.48 Maximum Memory Usage (kilobytes): 643922 Working Directory Disk Usage (kilobytes): 95326 Results Directory Size (kilobytes): 28381 .\..\..\..\mechanica_files\berechnungen\testlaeufe\grob_quick_FL_klon Maximum Data Base Working File Sizes (kilobytes): 25600 .\..\..\..\mechanica_files\berechnungen\testlaeufe\grob_quick_FL_klon.tmp\gapel1.bas 55296 .\..\..\..\mechanica_files\berechnungen\testlaeufe\grob_quick_FL_klon.tmp\kel1.bas 1024 .\..\..\..\mechanica_files\berechnungen\testlaeufe\grob_quick_FL_klon.tmp\l1da1.bas 13312 .\..\..\..\mechanica_files\berechnungen\testlaeufe\grob_quick_FL_klon.tmp\oel1.bas ------------------------------------------------------------ Run Completed Mon May 03, 2010 07:46:02 ------------------------------------------------------------