thread-index: AcgJin+/t0mAdUGfTPiDIAEf/KnHAQ== MIME-Version: 1.0 Content-Type: multipart/related; boundary="----=_NextPart_000_0016_01C80992.E1A548C0" Content-Class: urn:content-classes:message Importance: normal Priority: normal X-MimeOLE: Produced By Microsoft MimeOLE V6.00.3790.4073 This is a multi-part message in MIME format. ------=_NextPart_000_0016_01C80992.E1A548C0 Content-Type: multipart/alternative; boundary="----=_NextPart_001_0017_01C80992.E1A548C0" ------=_NextPart_001_0017_01C80992.E1A548C0 Content-Type: text/plain; charset="iso-8859-1" Content-Transfer-Encoding: quoted-printable Simulation_Report_Files/Logo.png=20 Project First Saved Friday, October 05, 2007=09 Last Saved Friday, October 05, 2007=09 Product Version 11.0 SP1 Release=09 Simulation_Report_Files/Figure0001.png Contents * LOT93424 * Geometry * Parts * Connections * Contact Regions * Mesh * Mesh Controls * Static Structural * Analysis Settings * Acceleration * Loads * Solution * Solution Information * Results * Stress Tool * Results * Stress Tool 2 * Results * Probes * Material Data * Mat 680/850 * Mat 265/410 * Mat 275/430 * Tufnol * Mat 275/410 * Mat 618/772 * Mat 355/510 Units TABLE 1 Unit System Metric (mm, kg, N, =B0C, s, mV, mA)=09 Angle Degrees=09 Rotational Velocity rad/s=09 LOT93424 Geometry TABLE 2 LOT93424 > Geometry Object Name Geometry=09 State Fully Defined=09 Definition=09 Source C:\WIP\NovaDesign\C888\LOT93424\LOT93424_cyclical_simmetry_45.agdb=09 Type DesignModeler=09 Length Unit Millimeters=09 Element Control Program Controlled=09 Display Style Part Color=09 Bounding Box=09 Length X 682.11 mm=09 Length Y 379.15 mm=09 Length Z 608.11 mm=09 Properties=09 Volume 2.3529e+006 mm=B3=09 Mass 18.122 kg=09 Statistics=09 Bodies 20=09 Active Bodies 20=09 Nodes 127561=09 Elements 50769=09 Preferences=09 Import Solid Bodies Yes=09 Import Surface Bodies Yes=09 Import Line Bodies Yes=09 Parameter Processing Yes=09 Personal Parameter Key DS=09 CAD Attribute Transfer No=09 Named Selection Processing No=09 Material Properties Transfer No=09 CAD Associativity Yes=09 Import Coordinate Systems No=09 Reader Save Part File No=09 Import Using Instances Yes=09 Do Smart Update No=09 Attach File Via Temp File No=09 Analysis Type 3-D=09 Mixed Import Resolution None=09 Enclosure and Symmetry Processing Yes=09 TABLE 3 LOT93424 > Geometry > Parts Object Name Solid Solid Solid Solid Solid=09 State Meshed=09 Graphics Properties=09 Visible Yes=09 Transparency 1=09 Definition=09 Suppressed No=09 Material Mat 680/850 Mat 265/410=09 Stiffness Behavior Flexible=09 Nonlinear Material Effects Yes=09 Bounding Box=09 Length X 14.665 mm 15.875 mm 48. mm=09 Length Y 6.9342 mm 1.6002 mm 20. mm=09 Length Z 14.665 mm 15.875 mm 150. mm=09 Properties=09 Volume 939.13 mm=B3 220.78 mm=B3 77068 mm=B3=09 Mass 7.3722e-003 kg 1.7331e-003 kg 0.60498 kg=09 Centroid X -668. mm -664.25 mm=09 Centroid Y -338.07 mm -333.8 mm -327.08 mm=09 Centroid Z 60.001 mm -59.999 mm -60. mm 60. mm 2.3205e-012 mm=09 Moment of Inertia Ip1 0.14572 kg=B7mm=B2 3.513e-002 kg=B7mm=B2 1129.6 kg=B7mm=B2=09 Moment of Inertia Ip2 0.23298 kg=B7mm=B2 6.9529e-002 kg=B7mm=B2 1260.2 kg=B7mm=B2=09 Moment of Inertia Ip3 0.1458 kg=B7mm=B2 3.513e-002 kg=B7mm=B2 150.46 kg=B7mm=B2=09 Statistics=09 Nodes 152 136 184 3083=09 Elements 16 13 22 1424=09 TABLE 4 LOT93424 > Geometry > Parts Object Name Solid Solid Solid Solid Solid=09 State Meshed=09 Graphics Properties=09 Visible Yes=09 Transparency 1=09 Definition=09 Suppressed No=09 Material Mat 680/850 Mat 275/430 Tufnol=09 Stiffness Behavior Flexible=09 Nonlinear Material Effects Yes=09 Bounding Box=09 Length X 16.483 mm 18.644 mm 269.58 mm 25.33 mm Length Y 8.5598 mm 1.6002 mm 135. mm 16. mm=09 Length Z 16.483 mm 18.644 mm 10. mm 150. mm=09 Properties=09 Volume 1403. mm=B3 303.19 mm=B3 80134 mm=B3 53699 mm=B3=09 Mass 1.1013e-002 kg 2.38e-003 kg 0.62905 kg 7.3031e-002 kg=09 Centroid X -116.5 mm -511.51 mm -646.71 mm=09 Centroid Y 5.8804 mm 0.8001 mm -220.31 mm -308. mm Centroid Z 2.2594e-003 mm -8.0675e-007 mm 55. mm -55. mm -1.3399e-012 mm=09 Moment of Inertia Ip1 0.29238 kg=B7mm=B2 6.6498e-002 kg=B7mm=B2 50.524 kg=B7mm=B2 146.44 kg=B7mm=B2=09 Moment of Inertia Ip2 0.45141 kg=B7mm=B2 0.13199 kg=B7mm=B2 3854.1 = kg=B7mm=B2 148.03 kg=B7mm=B2=09 Moment of Inertia Ip3 0.29218 kg=B7mm=B2 6.6498e-002 kg=B7mm=B2 3894.1 kg=B7mm=B2 4.727 kg=B7mm=B2=09 Statistics=09 Nodes 136 155 3901 2298=09 Elements 16 15 624 390=09 TABLE 5 LOT93424 > Geometry > Parts Object Name Solid Solid Solid Solid Solid=09 State Meshed=09 Graphics Properties=09 Visible Yes=09 Transparency 1=09 Definition=09 Suppressed No=09 Material Mat 275/410 Mat 618/772 Mat 265/410=09 Stiffness Behavior Flexible=09 Nonlinear Material Effects Yes=09 Bounding Box=09 Length X 88. mm 14.665 mm 10.605 mm 86.222 mm=09 Length Y 25. mm 63.119 mm 16.891 mm 17. mm=09 Length Z 150. mm 14.665 mm 23.331 mm 132.94 mm=09 Properties=09 Volume 2.1386e+005 mm=B3 3836.1 mm=B3 2689.4 mm=B3 1.1636e+005 mm=B3=09 Mass 1.6788 kg 3.0114e-002 kg 2.1112e-002 kg 0.91343 kg=09 Centroid X -651.59 mm -668. mm -11.537 mm -56.991 mm=09 Centroid Y -297.33 mm -308.28 mm -40.445 mm -23.5 mm Centroid Z -7.3567e-013 mm -60. mm 60. mm -3.3978e-016 mm 3.011e-015 mm=09 Moment of Inertia Ip1 3166. kg=B7mm=B2 11.931 kg=B7mm=B2 1.1469 = kg=B7mm=B2 759.1 kg=B7mm=B2=09 Moment of Inertia Ip2 4233.7 kg=B7mm=B2 0.37881 kg=B7mm=B2 0.76594 = kg=B7mm=B2 1102.5 kg=B7mm=B2=09 Moment of Inertia Ip3 1184.9 kg=B7mm=B2 11.931 kg=B7mm=B2 0.6182 = kg=B7mm=B2 387.2 kg=B7mm=B2=09 Statistics=09 Nodes 3482 546 548 193 1487=09 Elements 1683 229 231 24 252=09 TABLE 6 LOT93424 > Geometry > Parts Object Name Solid MainBeam Solid Ring1 Ring2=09 State Meshed=09 Graphics Properties=09 Visible Yes=09 Transparency 1=09 Definition=09 Suppressed No=09 Material Mat 355/510 Mat 265/410=09 Stiffness Behavior Flexible=09 Nonlinear Material Effects Yes=09 Bounding Box=09 Length X 33.486 mm 603.85 mm 22.438 mm 161.12 mm=09 Length Y 140. mm 288. mm 236. mm 12. mm=09 Length Z 119.01 mm 25. mm 12.9 mm 291.56 mm=09 Properties=09 Volume 2.1414e+005 mm=B3 1.114e+006 mm=B3 22424 mm=B3 1.8335e+005 mm=B3=09 Mass 1.681 kg 8.7447 kg 0.17603 kg 1.4393 kg=09 Centroid X -70.059 mm -342.44 mm -117.07 mm -363.25 mm=09 Centroid Y -102. mm -128.62 mm -111.53 mm -147. mm Centroid Z -3.8301e-015 mm 2.4162e-007 mm 2.5303e-005 mm 157.07 mm -157.07 mm=09 Moment of Inertia Ip1 4569.6 kg=B7mm=B2 12574 kg=B7mm=B2 785.62 = kg=B7mm=B2 10921 kg=B7mm=B2=09 Moment of Inertia Ip2 1937.6 kg=B7mm=B2 3.1227e+005 kg=B7mm=B2 3.7131 kg=B7mm=B2 11292 kg=B7mm=B2=09 Moment of Inertia Ip3 2823.9 kg=B7mm=B2 3.2392e+005 kg=B7mm=B2 786.39 kg=B7mm=B2 405.24 kg=B7mm=B2=09 Statistics=09 Nodes 8062 56435 3806 19452=09 Elements 1512 33841 1887 3975=09 Connections TABLE 7 LOT93424 > Connections Object Name Connections=09 State Fully Defined=09 Auto Detection=09 Generate Contact On Update Yes=09 Tolerance Type Slider=09 Tolerance Slider 0.=09 Tolerance Value 2.4734 mm=09 Face/Face Yes=09 Face/Edge No=09 Edge/Edge No=09 Priority Include All=09 Same Body Grouping Yes=09 Revolute Joints Yes=09 Fixed Joints Yes=09 Transparency=09 Enabled Yes=09 TABLE 8 LOT93424 > Connections > Contact Regions Object Name Contact Region Contact Region 2 Contact Region 3 Contact Region 4 Contact Region 5=09 State Fully Defined=09 Scope=09 Scoping Method Geometry Selection=09 Contact 1 Face=09 Target 1 Face=09 Contact Bodies Solid=09 Target Bodies Solid=09 Definition=09 Type Bonded=09 Scope Mode Automatic=09 Behavior Symmetric=09 Suppressed No=09 Advanced=09 Formulation Pure Penalty=09 Normal Stiffness Program Controlled=09 Update Stiffness Never=09 Thermal Conductance Program Controlled=09 Pinball Region Program Controlled=09 TABLE 9 LOT93424 > Connections > Contact Regions Object Name Contact Region 6 Contact Region 7 No Separation - Solid To Solid Contact Region 9 No Separation - Solid To Solid=09 State Fully Defined=09 Scope=09 Scoping Method Geometry Selection=09 Contact 1 Face=09 Target 1 Face=09 Contact Bodies Solid=09 Target Bodies Solid=09 Definition=09 Type Bonded No Separation Bonded No Separation=09 Scope Mode Automatic=09 Behavior Symmetric=09 Suppressed No=09 Advanced=09 Formulation Pure Penalty=09 Normal Stiffness Program Controlled=09 Update Stiffness Never=09 Thermal Conductance Program Controlled=09 Pinball Region Program Controlled=09 TABLE 10 LOT93424 > Connections > Contact Regions Object Name Contact Region 11 Contact Region 12 Contact Region 13 Contact Region 14 Contact Region 15=09 State Fully Defined Suppressed Fully Defined Suppressed=09 Scope=09 Scoping Method Geometry Selection=09 Contact 1 Face=09 Target 1 Face=09 Contact Bodies Solid=09 Target Bodies Solid MainBeam=09 Definition=09 Type Bonded=09 Scope Mode Automatic=09 Behavior Symmetric=09 Suppressed No Yes No Yes=09 Advanced=09 Formulation Pure Penalty=09 Normal Stiffness Program Controlled=09 Update Stiffness Never=09 Thermal Conductance Program Controlled=09 Pinball Region Program Controlled=09 TABLE 11 LOT93424 > Connections > Contact Regions Object Name Contact Region 16 Contact Region 17 Contact Region 18 Contact Region 19 Contact Region 20=09 State Fully Defined Suppressed Fully Defined=09 Scope=09 Scoping Method Geometry Selection=09 Contact 1 Face=09 Target 1 Face=09 Contact Bodies Solid=09 Target Bodies Solid MainBeam Solid Ring1=09 Definition=09 Type Bonded=09 Scope Mode Automatic=09 Behavior Symmetric=09 Suppressed No Yes No=09 Advanced=09 Formulation Pure Penalty=09 Normal Stiffness Program Controlled=09 Update Stiffness Never=09 Thermal Conductance Program Controlled=09 Pinball Region Program Controlled=09 TABLE 12 LOT93424 > Connections > Contact Regions Object Name Contact Region 21 Contact Region 22 Contact Region 23 Contact Region 24 Contact Region 25=09 State Fully Defined=09 Scope=09 Scoping Method Geometry Selection=09 Contact 1 Face 2 Faces=09 Target 1 Face 2 Faces=09 Contact Bodies Solid=09 Target Bodies Solid Ring2 Solid=09 Definition=09 Type Bonded=09 Scope Mode Automatic=09 Behavior Symmetric=09 Suppressed No=09 Advanced=09 Formulation Pure Penalty=09 Normal Stiffness Program Controlled=09 Update Stiffness Never=09 Thermal Conductance Program Controlled=09 Pinball Region Program Controlled=09 TABLE 13 LOT93424 > Connections > Contact Regions Object Name Contact Region 26 Contact Region 27 Contact Region 28 Contact Region 29 Contact Region 30=09 State Fully Defined=09 Scope=09 Scoping Method Geometry Selection=09 Contact 1 Face 3 Faces 1 Face=09 Target 1 Face 3 Faces 1 Face=09 Contact Bodies Solid=09 Target Bodies MainBeam Solid MainBeam=09 Definition=09 Type Bonded=09 Scope Mode Automatic=09 Behavior Symmetric=09 Suppressed No=09 Advanced=09 Formulation Pure Penalty=09 Normal Stiffness Program Controlled=09 Update Stiffness Never=09 Thermal Conductance Program Controlled=09 Pinball Region Program Controlled=09 TABLE 14 LOT93424 > Connections > Contact Regions Object Name No Separation - MainBeam To Solid Contact Region 32 Contact Region 33=09 State Fully Defined=09 Scope=09 Scoping Method Geometry Selection=09 Contact 1 Face=09 Target 2 Faces 1 Face=09 Contact Bodies MainBeam=09 Target Bodies Solid Ring1 Ring2=09 Definition=09 Type No Separation Bonded=09 Scope Mode Automatic=09 Behavior Symmetric=09 Suppressed No=09 Advanced=09 Formulation Pure Penalty=09 Normal Stiffness Program Controlled=09 Update Stiffness Never=09 Thermal Conductance Program Controlled=09 Pinball Region Program Controlled=09 Mesh TABLE 15 LOT93424 > Mesh Object Name Mesh=09 State Solved=09 Defaults=09 Physics Preference Mechanical=09 Relevance 0=09 Advanced=09 Relevance Center Medium=09 Element Size 6. mm=09 Shape Checking Standard Mechanical=09 Solid Element Midside Nodes Program Controlled=09 Straight Sided Elements No=09 Initial Size Seed Active Assembly=09 Smoothing Low=09 Transition Fast=09 Statistics=09 Nodes 127561=09 Elements 50769=09 TABLE 16 LOT93424 > Mesh > Mesh Controls Object Name Body Sizing Edge Sizing Edge Sizing 2 Edge Sizing 3 Edge Sizing 4=09 State Fully Defined=09 Scope=09 Scoping Method Geometry Selection=09 Geometry 1 Body 4 Edges 2 Edges=09 Definition=09 Suppressed No=09 Type Element Size Number of Divisions=09 Element Size 6. mm =09 Edge Behavior Curv/Proximity Refinement Hard=09 Number of Divisions 6 2 5 15=09 Bias Type No Bias _ ___ _____ ___ _=09 Bias Factor 4.=09 TABLE 17 LOT93424 > Mesh > Mesh Controls Object Name Edge Sizing 5 Edge Sizing 6=09 State Fully Defined=09 Scope=09 Scoping Method Geometry Selection=09 Geometry 2 Edges=09 Definition=09 Suppressed No=09 Type Number of Divisions=09 Number of Divisions 5 15=09 Edge Behavior Hard=09 Bias Type _ ___ _____ ___ _=09 Bias Factor 4.=09 FIGURE 1 LOT93424 > Mesh > Figure Simulation_Report_Files/Figure0002.png Static Structural TABLE 18 LOT93424 > Analysis Object Name Static Structural=09 State Fully Defined=09 Definition=09 Physics Type Structural=09 Analysis Type Static Structural=09 Options=09 Reference Temp 22. =B0C=09 TABLE 19 LOT93424 > Static Structural > Analysis Settings Object Name Analysis Settings=09 State Fully Defined=09 Step Controls=09 Number Of Steps 1.=09 Current Step Number 1.=09 Step End Time 1. s=09 Auto Time Stepping Program Controlled=09 Solver Controls=09 Solver Type Program Controlled=09 Weak Springs Program Controlled=09 Large Deflection Off=09 Inertia Relief Off=09 Nonlinear Controls=09 Force Convergence Program Controlled=09 Moment Convergence Program Controlled=09 Displacement Convergence Program Controlled=09 Rotation Convergence Program Controlled=09 Line Search Program Controlled=09 Output Controls=09 Calculate Stress Yes=09 Calculate Strain Yes=09 Calculate Results At All Time Points=09 Analysis Data Management=09 Solver Files Directory C:\WIP\NovaDesign\C888\LOT93424\LOT93424_cyclical_simmetry_45_noSplits Simulation Files\Static Structural (3)\=09 Future Analysis None=09 Save ANSYS db No=09 Delete Unneeded Files Yes=09 Nonlinear Solution No=09 FIGURE 2 LOT93424 > Static Structural > Figure Simulation_Report_Files/Figure0003.png TABLE 20 LOT93424 > Static Structural > Accelerations Object Name Acceleration=09 State Fully Defined=09 Scope=09 Geometry All Bodies=09 Definition=09 Define By Components=09 X Component 0. mm/s=B2 (ramped)=09 Y Component 9810. mm/s=B2 (ramped)=09 Z Component 0. mm/s=B2 (ramped)=09 Suppressed No=09 FIGURE 3 LOT93424 > Static Structural > Acceleration Simulation_Report_Files/Figure0004.png TABLE 21 LOT93424 > Static Structural > Loads Object Name Fixed Support Force Force 2 Force 3 Frictionless Support=09 State Fully Defined=09 Scope=09 Scoping Method Geometry Selection=09 Geometry 1 Face 8 Faces=09 Definition=09 Type Fixed Support Force Frictionless Support=09 Suppressed No=09 Define By Components =09 X Component 0. N (ramped) =09 Y Component -502.76 N (ramped) -956.48 N (ramped) Z Component 0. N (ramped) =09 FIGURE 4 LOT93424 > Static Structural > Force Simulation_Report_Files/Figure0005.png FIGURE 5 LOT93424 > Static Structural > Force 2 Simulation_Report_Files/Figure0006.png FIGURE 6 LOT93424 > Static Structural > Force 3 Simulation_Report_Files/Figure0007.png Solution TABLE 22 LOT93424 > Static Structural > Solution Object Name Solution=09 State Solved=09 Adaptive Mesh Refinement=09 Max Refinement Loops 1.=09 Refinement Depth 2.=09 TABLE 23 LOT93424 > Static Structural > Solution > Solution Information Object Name Solution Information=09 State Solved=09 Solution Information=09 Solution Output Solver Output=09 Newton-Raphson Residuals 0=09 Update Interval 2.5 s=09 Display Points All=09 TABLE 24 LOT93424 > Static Structural > Solution > Results Object Name Total Deformation Equivalent Stress=09 State Solved=09 Scope=09 Geometry All Bodies=09 Definition=09 Type Total Deformation Equivalent (von-Mises) Stress=09 Display Time End Time=09 Results=09 Minimum 0. mm 3.2844e-005 MPa=09 Maximum 0.43801 mm 133.83 MPa=09 Minimum Occurs On Solid=09 Maximum Occurs On Solid=09 Information=09 Time 1. s=09 Load Step 1=09 Substep 1=09 Iteration Number 1=09 TABLE 25 LOT93424 > Static Structural > Solution > Stress Safety Tools Object Name Stress Tool=09 State Solved=09 Definition=09 Theory Max Equivalent Stress=09 Stress Limit Type Tensile Yield Per Material=09 TABLE 26 LOT93424 > Static Structural > Solution > Stress Tool > Results Object Name Safety Factor Safety Factor 2=09 State Solved=09 Scope=09 Geometry All Bodies 1 Body=09 Definition=09 Type Safety Factor=09 Display Time End Time=09 Results=09 Minimum 3.109 8.9241 =09 Minimum Occurs On Ring2 =09 Information=09 Time 1. s=09 Load Step 1=09 Substep 1=09 Iteration Number 1=09 FIGURE 7 LOT93424 > Static Structural > Solution > Stress Tool > Safety Factor > Safety Factor (Tensile Yield) Whole Model Simulation_Report_Files/Figure0008.png FIGURE 8 LOT93424 > Static Structural > Solution > Stress Tool > Safety Factor > Safety Factor (Tensile Yield) Whole Model II Simulation_Report_Files/Figure0009.png FIGURE 9 LOT93424 > Static Structural > Solution > Stress Tool > Safety Factor > Safety Factor (Tensile Yield) Whole Model Zoom in Simulation_Report_Files/Figure0010.png FIGURE 10 LOT93424 > Static Structural > Solution > Stress Tool > Safety Factor 2 > Safety Factor (Tensile Yield) Main Beam Simulation_Report_Files/Figure0011.png TABLE 27 LOT93424 > Static Structural > Solution > Stress Safety Tools Object Name Stress Tool 2=09 State Solved=09 Definition=09 Theory Max Equivalent Stress=09 Stress Limit Type Tensile Ultimate Per Material=09 TABLE 28 LOT93424 > Static Structural > Solution > Stress Tool 2 > Results Object Name Safety Factor Safety Factor 2=09 State Solved=09 Scope=09 Geometry All Bodies 1 Body=09 Definition=09 Type Safety Factor=09 Display Time End Time=09 Results=09 Minimum 4.8101 > 10=09 Minimum Occurs On Ring2 =09 Information=09 Time 1. s=09 Load Step 1=09 Substep 1=09 Iteration Number 1=09 FIGURE 11 LOT93424 > Static Structural > Solution > Stress Tool 2 > Safety Factor > Safety Factor (UTS) Whole Model Simulation_Report_Files/Figure0012.png FIGURE 12 LOT93424 > Static Structural > Solution > Stress Tool 2 > Safety Factor > Safety Factor (UTS) Whole Model II Simulation_Report_Files/Figure0013.png FIGURE 13 LOT93424 > Static Structural > Solution > Stress Tool 2 > Safety Factor > Safety Factor (UTS) Whole Model Zoom Simulation_Report_Files/Figure0014.png FIGURE 14 LOT93424 > Static Structural > Solution > Stress Tool 2 > Safety Factor 2 > Safety Factor (UTS) Main Beam Simulation_Report_Files/Figure0015.png TABLE 29 LOT93424 > Static Structural > Solution > Probes Object Name Force Reaction Force Reaction 2 Force Reaction 3 State Solved=09 Definition=09 Type Force Reaction=09 Location Method Boundary Condition Contact Region=09 Boundary Condition Fixed Support =09 Contact Region Contact Region 16 No Separation - MainBeam To Solid=09 Contact Side Source=09 Options=09 Result Selection All=09 Display All Time Points=09 Maximum Value Over Time=09 X Axis -1318.6 N 11.13 N -28.134 N=09 Y Axis 2139.7 N -835.12 N -581.08 N=09 Z Axis -1.1345e-003 N 10.95 N -2.2863 N=09 Total 2513.4 N 835.27 N 581.77 N=09 Minimum Value Over Time=09 X Axis -1318.6 N 11.13 N -28.134 N=09 Y Axis 2139.7 N -835.12 N -581.08 N=09 Z Axis -1.1345e-003 N 10.95 N -2.2863 N=09 Total 2513.4 N 835.27 N 581.77 N=09 Material Data=20 Mat 680/850 TABLE 30 Mat 680/850 > Constants Structural=09 Young's Modulus 2.e+005 MPa=09 Poisson's Ratio 0.3 =09 Density 7.85e-006 kg/mm=B3=09 Thermal Expansion 1.2e-005 1/=B0C=09 Tensile Yield Strength 680. MPa=09 Compressive Yield Strength 680. MPa=09 Tensile Ultimate Strength 850. MPa=09 Compressive Ultimate Strength 850. MPa=09 Thermal=09 Thermal Conductivity 6.05e-002 W/mm=B7=B0C=09 Specific Heat 434. J/kg=B7=B0C=09 Electromagnetics=09 Relative Permeability 10000 =09 Resistivity 1.7e-004 Ohm=B7mm=09 FIGURE 15 Mat 680/850 > Alternating Stress Simulation_Report_Files/Figure0016.png TABLE 31 Mat 680/850 > Alternating Stress > Property Attributes Interpolation Log-Log=09 Mean Curve Type Mean Stress=09 TABLE 32 Mat 680/850 > Alternating Stress > Alternating Stress Curve Data Mean Value MPa=09 0.=09 TABLE 33 Mat 680/850 > Alternating Stress > Alternating Stress vs. Cycles Cycles Alternating Stress MPa=09 10. 3999.=09 20. 2827.=09 50. 1896.=09 100. 1413.=09 200. 1069.=09 2000. 441.=09 10000 262.=09 20000 214.=09 1.e+005 138.=09 2.e+005 114.=09 1.e+006 86.2=09 FIGURE 16 Mat 680/850 > Strain-Life Parameters Simulation_Report_Files/Figure0017.png TABLE 34 Mat 680/850 > Strain-Life Parameters > Property Attributes Display Curve Type Strain-Life=09 TABLE 35 Mat 680/850 > Strain-Life Parameters > Strain-Life Parameters=20 Strength Coefficient MPa 920.=09 Strength Exponent -0.106=09 Ductility Coefficient 0.213=09 Ductility Exponent -0.47=09 Cyclic Strength Coefficient MPa 1000.=09 Cyclic Strain Hardening Exponent 0.2=09 Mat 265/410 TABLE 36 Mat 265/410 > Constants Structural=09 Young's Modulus 2.e+005 MPa=09 Poisson's Ratio 0.3 =09 Density 7.85e-006 kg/mm=B3=09 Thermal Expansion 1.2e-005 1/=B0C=09 Tensile Yield Strength 265. MPa=09 Compressive Yield Strength 265. MPa=09 Tensile Ultimate Strength 410. MPa=09 Compressive Ultimate Strength 410. MPa=09 Thermal=09 Thermal Conductivity 6.05e-002 W/mm=B7=B0C=09 Specific Heat 434. J/kg=B7=B0C=09 Electromagnetics=09 Relative Permeability 10000 =09 Resistivity 1.7e-004 Ohm=B7mm=09 FIGURE 17 Mat 265/410 > Alternating Stress Simulation_Report_Files/Figure0018.png TABLE 37 Mat 265/410 > Alternating Stress > Property Attributes Interpolation Log-Log=09 Mean Curve Type Mean Stress=09 TABLE 38 Mat 265/410 > Alternating Stress > Alternating Stress Curve Data Mean Value MPa=09 0.=09 TABLE 39 Mat 265/410 > Alternating Stress > Alternating Stress vs. Cycles Cycles Alternating Stress MPa=09 10. 3999.=09 20. 2827.=09 50. 1896.=09 100. 1413.=09 200. 1069.=09 2000. 441.=09 10000 262.=09 20000 214.=09 1.e+005 138.=09 2.e+005 114.=09 1.e+006 86.2=09 FIGURE 18 Mat 265/410 > Strain-Life Parameters Simulation_Report_Files/Figure0019.png TABLE 40 Mat 265/410 > Strain-Life Parameters > Property Attributes Display Curve Type Strain-Life=09 TABLE 41 Mat 265/410 > Strain-Life Parameters > Strain-Life Parameters=20 Strength Coefficient MPa 920.=09 Strength Exponent -0.106=09 Ductility Coefficient 0.213=09 Ductility Exponent -0.47=09 Cyclic Strength Coefficient MPa 1000.=09 Cyclic Strain Hardening Exponent 0.2=09 Mat 275/430 TABLE 42 Mat 275/430 > Constants Structural=09 Young's Modulus 2.e+005 MPa=09 Poisson's Ratio 0.3 =09 Density 7.85e-006 kg/mm=B3=09 Thermal Expansion 1.2e-005 1/=B0C=09 Tensile Yield Strength 275. MPa=09 Compressive Yield Strength 275. MPa=09 Tensile Ultimate Strength 430. MPa=09 Compressive Ultimate Strength 430. MPa=09 Thermal=09 Thermal Conductivity 6.05e-002 W/mm=B7=B0C=09 Specific Heat 434. J/kg=B7=B0C=09 Electromagnetics=09 Relative Permeability 10000 =09 Resistivity 1.7e-004 Ohm=B7mm=09 FIGURE 19 Mat 275/430 > Alternating Stress Simulation_Report_Files/Figure0020.png TABLE 43 Mat 275/430 > Alternating Stress > Property Attributes Interpolation Log-Log=09 Mean Curve Type Mean Stress=09 TABLE 44 Mat 275/430 > Alternating Stress > Alternating Stress Curve Data Mean Value MPa=09 0.=09 TABLE 45 Mat 275/430 > Alternating Stress > Alternating Stress vs. Cycles Cycles Alternating Stress MPa=09 10. 3999.=09 20. 2827.=09 50. 1896.=09 100. 1413.=09 200. 1069.=09 2000. 441.=09 10000 262.=09 20000 214.=09 1.e+005 138.=09 2.e+005 114.=09 1.e+006 86.2=09 FIGURE 20 Mat 275/430 > Strain-Life Parameters Simulation_Report_Files/Figure0021.png TABLE 46 Mat 275/430 > Strain-Life Parameters > Property Attributes Display Curve Type Strain-Life=09 TABLE 47 Mat 275/430 > Strain-Life Parameters > Strain-Life Parameters=20 Strength Coefficient MPa 920.=09 Strength Exponent -0.106=09 Ductility Coefficient 0.213=09 Ductility Exponent -0.47=09 Cyclic Strength Coefficient MPa 1000.=09 Cyclic Strain Hardening Exponent 0.2=09 Tufnol TABLE 48 Tufnol > Constants Structural=09 Young's Modulus 6300. MPa=09 Poisson's Ratio 0.3 =09 Density 1.36e-006 kg/mm=B3=09 Thermal Expansion 2.2e-005 1/=B0C=09 Tensile Yield Strength 68. MPa=09 Compressive Yield Strength 200. MPa=09 Tensile Ultimate Strength 350. MPa=09 Compressive Ultimate Strength 350. MPa=09 Thermal=09 Thermal Conductivity 3.2e-004 W/mm=B7=B0C=09 Specific Heat 1500. J/kg=B7=B0C=09 Mat 275/410 TABLE 49 Mat 275/410 > Constants Structural=09 Young's Modulus 2.e+005 MPa=09 Poisson's Ratio 0.3 =09 Density 7.85e-006 kg/mm=B3=09 Thermal Expansion 1.2e-005 1/=B0C=09 Tensile Yield Strength 275. MPa=09 Compressive Yield Strength 275. MPa=09 Tensile Ultimate Strength 410. MPa=09 Compressive Ultimate Strength 410. MPa=09 Thermal=09 Thermal Conductivity 6.05e-002 W/mm=B7=B0C=09 Specific Heat 434. J/kg=B7=B0C=09 Electromagnetics=09 Relative Permeability 10000 =09 Resistivity 1.7e-004 Ohm=B7mm=09 FIGURE 21 Mat 275/410 > Alternating Stress Simulation_Report_Files/Figure0022.png TABLE 50 Mat 275/410 > Alternating Stress > Property Attributes Interpolation Log-Log=09 Mean Curve Type Mean Stress=09 TABLE 51 Mat 275/410 > Alternating Stress > Alternating Stress Curve Data Mean Value MPa=09 0.=09 TABLE 52 Mat 275/410 > Alternating Stress > Alternating Stress vs. Cycles Cycles Alternating Stress MPa=09 10. 3999.=09 20. 2827.=09 50. 1896.=09 100. 1413.=09 200. 1069.=09 2000. 441.=09 10000 262.=09 20000 214.=09 1.e+005 138.=09 2.e+005 114.=09 1.e+006 86.2=09 FIGURE 22 Mat 275/410 > Strain-Life Parameters Simulation_Report_Files/Figure0023.png TABLE 53 Mat 275/410 > Strain-Life Parameters > Property Attributes Display Curve Type Strain-Life=09 TABLE 54 Mat 275/410 > Strain-Life Parameters > Strain-Life Parameters=20 Strength Coefficient MPa 920.=09 Strength Exponent -0.106=09 Ductility Coefficient 0.213=09 Ductility Exponent -0.47=09 Cyclic Strength Coefficient MPa 1000.=09 Cyclic Strain Hardening Exponent 0.2=09 Mat 618/772 TABLE 55 Mat 618/772 > Constants Structural=09 Young's Modulus 2.e+005 MPa=09 Poisson's Ratio 0.3 =09 Density 7.85e-006 kg/mm=B3=09 Thermal Expansion 1.2e-005 1/=B0C=09 Tensile Yield Strength 618. MPa=09 Compressive Yield Strength 618. MPa=09 Tensile Ultimate Strength 772. MPa=09 Compressive Ultimate Strength 772. MPa=09 Thermal=09 Thermal Conductivity 6.05e-002 W/mm=B7=B0C=09 Specific Heat 434. J/kg=B7=B0C=09 Electromagnetics=09 Relative Permeability 10000 =09 Resistivity 1.7e-004 Ohm=B7mm=09 FIGURE 23 Mat 618/772 > Alternating Stress Simulation_Report_Files/Figure0024.png TABLE 56 Mat 618/772 > Alternating Stress > Property Attributes Interpolation Log-Log=09 Mean Curve Type Mean Stress=09 TABLE 57 Mat 618/772 > Alternating Stress > Alternating Stress Curve Data Mean Value MPa=09 0.=09 TABLE 58 Mat 618/772 > Alternating Stress > Alternating Stress vs. Cycles Cycles Alternating Stress MPa=09 10. 3999.=09 20. 2827.=09 50. 1896.=09 100. 1413.=09 200. 1069.=09 2000. 441.=09 10000 262.=09 20000 214.=09 1.e+005 138.=09 2.e+005 114.=09 1.e+006 86.2=09 FIGURE 24 Mat 618/772 > Strain-Life Parameters Simulation_Report_Files/Figure0025.png TABLE 59 Mat 618/772 > Strain-Life Parameters > Property Attributes Display Curve Type Strain-Life=09 TABLE 60 Mat 618/772 > Strain-Life Parameters > Strain-Life Parameters=20 Strength Coefficient MPa 920.=09 Strength Exponent -0.106=09 Ductility Coefficient 0.213=09 Ductility Exponent -0.47=09 Cyclic Strength Coefficient MPa 1000.=09 Cyclic Strain Hardening Exponent 0.2=09 Mat 355/510 TABLE 61 Mat 355/510 > Constants Structural=09 Young's Modulus 2.e+005 MPa=09 Poisson's Ratio 0.3 =09 Density 7.85e-006 kg/mm=B3=09 Thermal Expansion 1.2e-005 1/=B0C=09 Tensile Yield Strength 355. MPa=09 Compressive Yield Strength 355. MPa=09 Tensile Ultimate Strength 510. MPa=09 Compressive Ultimate Strength 510. MPa=09 Thermal=09 Thermal Conductivity 6.05e-002 W/mm=B7=B0C=09 Specific Heat 434. J/kg=B7=B0C=09 Electromagnetics=09 Relative Permeability 10000 =09 Resistivity 1.7e-004 Ohm=B7mm=09 FIGURE 25 Mat 355/510 > Alternating Stress Simulation_Report_Files/Figure0026.png TABLE 62 Mat 355/510 > Alternating Stress > Property Attributes Interpolation Log-Log=09 Mean Curve Type Mean Stress=09 TABLE 63 Mat 355/510 > Alternating Stress > Alternating Stress Curve Data Mean Value MPa=09 0.=09 TABLE 64 Mat 355/510 > Alternating Stress > Alternating Stress vs. Cycles Cycles Alternating Stress MPa=09 10. 3999.=09 20. 2827.=09 50. 1896.=09 100. 1413.=09 200. 1069.=09 2000. 441.=09 10000 262.=09 20000 214.=09 1.e+005 138.=09 2.e+005 114.=09 1.e+006 86.2=09 FIGURE 26 Mat 355/510 > Strain-Life Parameters Simulation_Report_Files/Figure0027.png TABLE 65 Mat 355/510 > Strain-Life Parameters > Property Attributes Display Curve Type Strain-Life=09 TABLE 66 Mat 355/510 > Strain-Life Parameters > Strain-Life Parameters=20 Strength Coefficient MPa 920.=09 Strength Exponent -0.106=09 Ductility Coefficient 0.213=09 Ductility Exponent -0.47=09 Cyclic Strength Coefficient MPa 1000.=09 Cyclic Strain Hardening Exponent 0.2=09 ------=_NextPart_001_0017_01C80992.E1A548C0 Content-Type: text/html Content-Transfer-Encoding: 8bit Project

Project

First SavedFriday, October 05, 2007
Last SavedFriday, October 05, 2007
Product Version11.0 SP1 Release

Simulation_Report_Files/Figure0001.png

Contents

Units

TABLE 1

Unit SystemMetric (mm, kg, N, °C, s, mV, mA)
AngleDegrees
Rotational Velocityrad/s

LOT93424

Geometry

TABLE 2
LOT93424 > Geometry

Object NameGeometry
StateFully Defined
Definition
SourceC:\WIP\NovaDesign\C888\LOT93424\LOT93424_cyclical_simmetry_45.agdb
TypeDesignModeler
Length UnitMillimeters
Element ControlProgram Controlled
Display StylePart Color
Bounding Box
Length X682.11 mm
Length Y379.15 mm
Length Z608.11 mm
Properties
Volume2.3529e+006 mm³
Mass18.122 kg
Statistics
Bodies20
Active Bodies20
Nodes127561
Elements50769
Preferences
Import Solid BodiesYes
Import Surface BodiesYes
Import Line BodiesYes
Parameter ProcessingYes
Personal Parameter KeyDS
CAD Attribute TransferNo
Named Selection ProcessingNo
Material Properties TransferNo
CAD AssociativityYes
Import Coordinate SystemsNo
Reader Save Part FileNo
Import Using InstancesYes
Do Smart UpdateNo
Attach File Via Temp FileNo
Analysis Type3-D
Mixed Import ResolutionNone
Enclosure and Symmetry ProcessingYes

TABLE 3
LOT93424 > Geometry > Parts

Object NameSolidSolidSolidSolidSolid
StateMeshed
Graphics Properties
VisibleYes
Transparency1
Definition
SuppressedNo
MaterialMat 680/850Mat 265/410
Stiffness BehaviorFlexible
Nonlinear Material EffectsYes
Bounding Box
Length X14.665 mm15.875 mm48. mm
Length Y6.9342 mm1.6002 mm20. mm
Length Z14.665 mm15.875 mm150. mm
Properties
Volume939.13 mm³220.78 mm³77068 mm³
Mass7.3722e-003 kg1.7331e-003 kg0.60498 kg
Centroid X-668. mm-664.25 mm
Centroid Y-338.07 mm-333.8 mm-327.08 mm
Centroid Z60.001 mm-59.999 mm-60. mm60. mm2.3205e-012 mm
Moment of Inertia Ip10.14572 kg·mm²3.513e-002 kg·mm²1129.6 kg·mm²
Moment of Inertia Ip20.23298 kg·mm²6.9529e-002 kg·mm²1260.2 kg·mm²
Moment of Inertia Ip30.1458 kg·mm²3.513e-002 kg·mm²150.46 kg·mm²
Statistics
Nodes1521361843083
Elements1613221424

TABLE 4
LOT93424 > Geometry > Parts

Object NameSolidSolidSolidSolidSolid
StateMeshed
Graphics Properties
VisibleYes
Transparency1
Definition
SuppressedNo
MaterialMat 680/850Mat 275/430Tufnol
Stiffness BehaviorFlexible
Nonlinear Material EffectsYes
Bounding Box
Length X16.483 mm18.644 mm269.58 mm25.33 mm
Length Y8.5598 mm1.6002 mm135. mm16. mm
Length Z16.483 mm18.644 mm10. mm150. mm
Properties
Volume1403. mm³303.19 mm³80134 mm³53699 mm³
Mass1.1013e-002 kg2.38e-003 kg0.62905 kg7.3031e-002 kg
Centroid X-116.5 mm-511.51 mm-646.71 mm
Centroid Y5.8804 mm0.8001 mm-220.31 mm-308. mm
Centroid Z2.2594e-003 mm-8.0675e-007 mm55. mm-55. mm-1.3399e-012 mm
Moment of Inertia Ip10.29238 kg·mm²6.6498e-002 kg·mm²50.524 kg·mm²146.44 kg·mm²
Moment of Inertia Ip20.45141 kg·mm²0.13199 kg·mm²3854.1 kg·mm²148.03 kg·mm²
Moment of Inertia Ip30.29218 kg·mm²6.6498e-002 kg·mm²3894.1 kg·mm²4.727 kg·mm²
Statistics
Nodes13615539012298
Elements1615624390

TABLE 5
LOT93424 > Geometry > Parts

Object NameSolidSolidSolidSolidSolid
StateMeshed
Graphics Properties
VisibleYes
Transparency1
Definition
SuppressedNo
MaterialMat 275/410Mat 618/772Mat 265/410
Stiffness BehaviorFlexible
Nonlinear Material EffectsYes
Bounding Box
Length X88. mm14.665 mm10.605 mm86.222 mm
Length Y25. mm63.119 mm16.891 mm17. mm
Length Z150. mm14.665 mm23.331 mm132.94 mm
Properties
Volume2.1386e+005 mm³3836.1 mm³2689.4 mm³1.1636e+005 mm³
Mass1.6788 kg3.0114e-002 kg2.1112e-002 kg0.91343 kg
Centroid X-651.59 mm-668. mm-11.537 mm-56.991 mm
Centroid Y-297.33 mm-308.28 mm-40.445 mm-23.5 mm
Centroid Z-7.3567e-013 mm-60. mm60. mm-3.3978e-016 mm3.011e-015 mm
Moment of Inertia Ip13166. kg·mm²11.931 kg·mm²1.1469 kg·mm²759.1 kg·mm²
Moment of Inertia Ip24233.7 kg·mm²0.37881 kg·mm²0.76594 kg·mm²1102.5 kg·mm²
Moment of Inertia Ip31184.9 kg·mm²11.931 kg·mm²0.6182 kg·mm²387.2 kg·mm²
Statistics
Nodes34825465481931487
Elements168322923124252

TABLE 6
LOT93424 > Geometry > Parts

Object NameSolidMainBeamSolidRing1Ring2
StateMeshed
Graphics Properties
VisibleYes
Transparency1
Definition
SuppressedNo
MaterialMat 355/510Mat 265/410
Stiffness BehaviorFlexible
Nonlinear Material EffectsYes
Bounding Box
Length X33.486 mm603.85 mm22.438 mm161.12 mm
Length Y140. mm288. mm236. mm12. mm
Length Z119.01 mm25. mm12.9 mm291.56 mm
Properties
Volume2.1414e+005 mm³1.114e+006 mm³22424 mm³1.8335e+005 mm³
Mass1.681 kg8.7447 kg0.17603 kg1.4393 kg
Centroid X-70.059 mm-342.44 mm-117.07 mm-363.25 mm
Centroid Y-102. mm-128.62 mm-111.53 mm-147. mm
Centroid Z-3.8301e-015 mm2.4162e-007 mm2.5303e-005 mm157.07 mm-157.07 mm
Moment of Inertia Ip14569.6 kg·mm²12574 kg·mm²785.62 kg·mm²10921 kg·mm²
Moment of Inertia Ip21937.6 kg·mm²3.1227e+005 kg·mm²3.7131 kg·mm²11292 kg·mm²
Moment of Inertia Ip32823.9 kg·mm²3.2392e+005 kg·mm²786.39 kg·mm²405.24 kg·mm²
Statistics
Nodes806256435380619452
Elements15123384118873975

Connections

TABLE 7
LOT93424 > Connections

Object NameConnections
StateFully Defined
Auto Detection
Generate Contact On UpdateYes
Tolerance TypeSlider
Tolerance Slider0.
Tolerance Value2.4734 mm
Face/FaceYes
Face/EdgeNo
Edge/EdgeNo
PriorityInclude All
Same Body GroupingYes
Revolute JointsYes
Fixed JointsYes
Transparency
EnabledYes

TABLE 8
LOT93424 > Connections > Contact Regions

Object NameContact RegionContact Region 2Contact Region 3Contact Region 4Contact Region 5
StateFully Defined
Scope
Scoping MethodGeometry Selection
Contact1 Face
Target1 Face
Contact BodiesSolid
Target BodiesSolid
Definition
TypeBonded
Scope ModeAutomatic
BehaviorSymmetric
SuppressedNo
Advanced
FormulationPure Penalty
Normal StiffnessProgram Controlled
Update StiffnessNever
Thermal ConductanceProgram Controlled
Pinball RegionProgram Controlled

TABLE 9
LOT93424 > Connections > Contact Regions

Object NameContact Region 6Contact Region 7No Separation - Solid To SolidContact Region 9No Separation - Solid To Solid
StateFully Defined
Scope
Scoping MethodGeometry Selection
Contact1 Face
Target1 Face
Contact BodiesSolid
Target BodiesSolid
Definition
TypeBondedNo SeparationBondedNo Separation
Scope ModeAutomatic
BehaviorSymmetric
SuppressedNo
Advanced
FormulationPure Penalty
Normal StiffnessProgram Controlled
Update StiffnessNever
Thermal ConductanceProgram Controlled
Pinball RegionProgram Controlled

TABLE 10
LOT93424 > Connections > Contact Regions

Object NameContact Region 11Contact Region 12Contact Region 13Contact Region 14Contact Region 15
StateFully DefinedSuppressedFully DefinedSuppressed
Scope
Scoping MethodGeometry Selection
Contact1 Face
Target1 Face
Contact BodiesSolid
Target BodiesSolidMainBeam
Definition
TypeBonded
Scope ModeAutomatic
BehaviorSymmetric
SuppressedNoYesNoYes
Advanced
FormulationPure Penalty
Normal StiffnessProgram Controlled
Update StiffnessNever
Thermal ConductanceProgram Controlled
Pinball RegionProgram Controlled

TABLE 11
LOT93424 > Connections > Contact Regions

Object NameContact Region 16Contact Region 17Contact Region 18Contact Region 19Contact Region 20
StateFully DefinedSuppressedFully Defined
Scope
Scoping MethodGeometry Selection
Contact1 Face
Target1 Face
Contact BodiesSolid
Target BodiesSolidMainBeamSolidRing1
Definition
TypeBonded
Scope ModeAutomatic
BehaviorSymmetric
SuppressedNoYesNo
Advanced
FormulationPure Penalty
Normal StiffnessProgram Controlled
Update StiffnessNever
Thermal ConductanceProgram Controlled
Pinball RegionProgram Controlled

TABLE 12
LOT93424 > Connections > Contact Regions

Object NameContact Region 21Contact Region 22Contact Region 23Contact Region 24Contact Region 25
StateFully Defined
Scope
Scoping MethodGeometry Selection
Contact1 Face2 Faces
Target1 Face2 Faces
Contact BodiesSolid
Target BodiesSolidRing2Solid
Definition
TypeBonded
Scope ModeAutomatic
BehaviorSymmetric
SuppressedNo
Advanced
FormulationPure Penalty
Normal StiffnessProgram Controlled
Update StiffnessNever
Thermal ConductanceProgram Controlled
Pinball RegionProgram Controlled

TABLE 13
LOT93424 > Connections > Contact Regions

Object NameContact Region 26Contact Region 27Contact Region 28Contact Region 29Contact Region 30
StateFully Defined
Scope
Scoping MethodGeometry Selection
Contact1 Face3 Faces1 Face
Target1 Face3 Faces1 Face
Contact BodiesSolid
Target BodiesMainBeamSolidMainBeam
Definition
TypeBonded
Scope ModeAutomatic
BehaviorSymmetric
SuppressedNo
Advanced
FormulationPure Penalty
Normal StiffnessProgram Controlled
Update StiffnessNever
Thermal ConductanceProgram Controlled
Pinball RegionProgram Controlled

TABLE 14
LOT93424 > Connections > Contact Regions

Object NameNo Separation - MainBeam To SolidContact Region 32Contact Region 33
StateFully Defined
Scope
Scoping MethodGeometry Selection
Contact1 Face
Target2 Faces1 Face
Contact BodiesMainBeam
Target BodiesSolidRing1Ring2
Definition
TypeNo SeparationBonded
Scope ModeAutomatic
BehaviorSymmetric
SuppressedNo
Advanced
FormulationPure Penalty
Normal StiffnessProgram Controlled
Update StiffnessNever
Thermal ConductanceProgram Controlled
Pinball RegionProgram Controlled

Mesh

TABLE 15
LOT93424 > Mesh

Object NameMesh
StateSolved
Defaults
Physics PreferenceMechanical
Relevance0
Advanced
Relevance CenterMedium
Element Size6. mm
Shape CheckingStandard Mechanical
Solid Element Midside NodesProgram Controlled
Straight Sided ElementsNo
Initial Size SeedActive Assembly
SmoothingLow
TransitionFast
Statistics
Nodes127561
Elements50769

TABLE 16
LOT93424 > Mesh > Mesh Controls

Object NameBody SizingEdge SizingEdge Sizing 2Edge Sizing 3Edge Sizing 4
StateFully Defined
Scope
Scoping MethodGeometry Selection
Geometry1 Body4 Edges2 Edges
Definition
SuppressedNo
TypeElement SizeNumber of Divisions
Element Size6. mm 
Edge BehaviorCurv/Proximity RefinementHard
Number of Divisions 62515
Bias Type No Bias_ ___ _____ ___ _
Bias Factor 4.

TABLE 17
LOT93424 > Mesh > Mesh Controls

Object NameEdge Sizing 5Edge Sizing 6
StateFully Defined
Scope
Scoping MethodGeometry Selection
Geometry2 Edges
Definition
SuppressedNo
TypeNumber of Divisions
Number of Divisions515
Edge BehaviorHard
Bias Type_ ___ _____ ___ _
Bias Factor4.

FIGURE 1
LOT93424 > Mesh > Figure

Simulation_Report_Files/Figure0002.png

Static Structural

TABLE 18
LOT93424 > Analysis

Object NameStatic Structural
StateFully Defined
Definition
Physics TypeStructural
Analysis TypeStatic Structural
Options
Reference Temp22. °C

TABLE 19
LOT93424 > Static Structural > Analysis Settings

Object NameAnalysis Settings
StateFully Defined
Step Controls
Number Of Steps1.
Current Step Number1.
Step End Time1. s
Auto Time SteppingProgram Controlled
Solver Controls
Solver TypeProgram Controlled
Weak SpringsProgram Controlled
Large DeflectionOff
Inertia ReliefOff
Nonlinear Controls
Force ConvergenceProgram Controlled
Moment ConvergenceProgram Controlled
Displacement ConvergenceProgram Controlled
Rotation ConvergenceProgram Controlled
Line SearchProgram Controlled
Output Controls
Calculate StressYes
Calculate StrainYes
Calculate Results AtAll Time Points
Analysis Data Management
Solver Files DirectoryC:\WIP\NovaDesign\C888\LOT93424\LOT93424_cyclical_simmetry_45_noSplits Simulation Files\Static Structural (3)\
Future AnalysisNone
Save ANSYS dbNo
Delete Unneeded FilesYes
Nonlinear SolutionNo

FIGURE 2
LOT93424 > Static Structural > Figure

Simulation_Report_Files/Figure0003.png

TABLE 20
LOT93424 > Static Structural > Accelerations

Object NameAcceleration
StateFully Defined
Scope
GeometryAll Bodies
Definition
Define ByComponents
X Component0. mm/s² (ramped)
Y Component9810. mm/s² (ramped)
Z Component0. mm/s² (ramped)
SuppressedNo

FIGURE 3
LOT93424 > Static Structural > Acceleration

Simulation_Report_Files/Figure0004.png

TABLE 21
LOT93424 > Static Structural > Loads

Object NameFixed SupportForceForce 2Force 3Frictionless Support
StateFully Defined
Scope
Scoping MethodGeometry Selection
Geometry1 Face8 Faces
Definition
TypeFixed SupportForceFrictionless Support
SuppressedNo
Define By Components 
X Component 0. N (ramped) 
Y Component -502.76 N (ramped)-956.48 N (ramped) 
Z Component 0. N (ramped) 

FIGURE 4
LOT93424 > Static Structural > Force

Simulation_Report_Files/Figure0005.png

FIGURE 5
LOT93424 > Static Structural > Force 2

Simulation_Report_Files/Figure0006.png

FIGURE 6
LOT93424 > Static Structural > Force 3

Simulation_Report_Files/Figure0007.png

Solution

TABLE 22
LOT93424 > Static Structural > Solution

Object NameSolution
StateSolved
Adaptive Mesh Refinement
Max Refinement Loops1.
Refinement Depth2.

TABLE 23
LOT93424 > Static Structural > Solution > Solution Information

Object NameSolution Information
StateSolved
Solution Information
Solution OutputSolver Output
Newton-Raphson Residuals0
Update Interval2.5 s
Display PointsAll

TABLE 24
LOT93424 > Static Structural > Solution > Results

Object NameTotal DeformationEquivalent Stress
StateSolved
Scope
GeometryAll Bodies
Definition
TypeTotal DeformationEquivalent (von-Mises) Stress
Display TimeEnd Time
Results
Minimum0. mm3.2844e-005 MPa
Maximum0.43801 mm133.83 MPa
Minimum Occurs OnSolid
Maximum Occurs OnSolid
Information
Time1. s
Load Step1
Substep1
Iteration Number1

TABLE 25
LOT93424 > Static Structural > Solution > Stress Safety Tools

Object NameStress Tool
StateSolved
Definition
TheoryMax Equivalent Stress
Stress Limit TypeTensile Yield Per Material

TABLE 26
LOT93424 > Static Structural > Solution > Stress Tool > Results

Object NameSafety FactorSafety Factor 2
StateSolved
Scope
GeometryAll Bodies1 Body
Definition
TypeSafety Factor
Display TimeEnd Time
Results
Minimum3.109 8.9241
Minimum Occurs OnRing2 
Information
Time1. s
Load Step1
Substep1
Iteration Number1

FIGURE 7
LOT93424 > Static Structural > Solution > Stress Tool > Safety Factor > Safety Factor (Tensile Yield) Whole Model

Simulation_Report_Files/Figure0008.png

FIGURE 8
LOT93424 > Static Structural > Solution > Stress Tool > Safety Factor > Safety Factor (Tensile Yield) Whole Model II

Simulation_Report_Files/Figure0009.png

FIGURE 9
LOT93424 > Static Structural > Solution > Stress Tool > Safety Factor > Safety Factor (Tensile Yield) Whole Model Zoom in

Simulation_Report_Files/Figure0010.png

FIGURE 10
LOT93424 > Static Structural > Solution > Stress Tool > Safety Factor 2 > Safety Factor (Tensile Yield) Main Beam

Simulation_Report_Files/Figure0011.png

TABLE 27
LOT93424 > Static Structural > Solution > Stress Safety Tools

Object NameStress Tool 2
StateSolved
Definition
TheoryMax Equivalent Stress
Stress Limit TypeTensile Ultimate Per Material

TABLE 28
LOT93424 > Static Structural > Solution > Stress Tool 2 > Results

Object NameSafety FactorSafety Factor 2
StateSolved
Scope
GeometryAll Bodies1 Body
Definition
TypeSafety Factor
Display TimeEnd Time
Results
Minimum4.8101 > 10
Minimum Occurs OnRing2 
Information
Time1. s
Load Step1
Substep1
Iteration Number1

FIGURE 11
LOT93424 > Static Structural > Solution > Stress Tool 2 > Safety Factor > Safety Factor (UTS) Whole Model

Simulation_Report_Files/Figure0012.png

FIGURE 12
LOT93424 > Static Structural > Solution > Stress Tool 2 > Safety Factor > Safety Factor (UTS) Whole Model II

Simulation_Report_Files/Figure0013.png

FIGURE 13
LOT93424 > Static Structural > Solution > Stress Tool 2 > Safety Factor > Safety Factor (UTS) Whole Model Zoom

Simulation_Report_Files/Figure0014.png

FIGURE 14
LOT93424 > Static Structural > Solution > Stress Tool 2 > Safety Factor 2 > Safety Factor (UTS) Main Beam

Simulation_Report_Files/Figure0015.png

TABLE 29
LOT93424 > Static Structural > Solution > Probes

Object NameForce ReactionForce Reaction 2Force Reaction 3
StateSolved
Definition
TypeForce Reaction
Location MethodBoundary ConditionContact Region
Boundary ConditionFixed Support 
Contact Region Contact Region 16No Separation - MainBeam To Solid
Contact Side Source
Options
Result SelectionAll
DisplayAll Time Points
Maximum Value Over Time
X Axis-1318.6 N11.13 N-28.134 N
Y Axis2139.7 N-835.12 N-581.08 N
Z Axis-1.1345e-003 N10.95 N-2.2863 N
Total2513.4 N835.27 N581.77 N
Minimum Value Over Time
X Axis-1318.6 N11.13 N-28.134 N
Y Axis2139.7 N-835.12 N-581.08 N
Z Axis-1.1345e-003 N10.95 N-2.2863 N
Total2513.4 N835.27 N581.77 N

Material Data

Mat 680/850

TABLE 30
Mat 680/850 > Constants

Structural
Young's Modulus2.e+005 MPa
Poisson's Ratio0.3
Density7.85e-006 kg/mm³
Thermal Expansion1.2e-005 1/°C
Tensile Yield Strength680. MPa
Compressive Yield Strength680. MPa
Tensile Ultimate Strength850. MPa
Compressive Ultimate Strength850. MPa
Thermal
Thermal Conductivity6.05e-002 W/mm·°C
Specific Heat434. J/kg·°C
Electromagnetics
Relative Permeability10000
Resistivity1.7e-004 Ohm·mm

FIGURE 15
Mat 680/850 > Alternating Stress

Simulation_Report_Files/Figure0016.png

TABLE 31
Mat 680/850 > Alternating Stress > Property Attributes

InterpolationLog-Log
Mean Curve TypeMean Stress

TABLE 32
Mat 680/850 > Alternating Stress > Alternating Stress Curve Data

Mean Value MPa
0.

TABLE 33
Mat 680/850 > Alternating Stress > Alternating Stress vs. Cycles

Cycles Alternating Stress MPa
10.3999.
20.2827.
50.1896.
100.1413.
200.1069.
2000.441.
10000262.
20000214.
1.e+005138.
2.e+005114.
1.e+00686.2

FIGURE 16
Mat 680/850 > Strain-Life Parameters

Simulation_Report_Files/Figure0017.png

TABLE 34
Mat 680/850 > Strain-Life Parameters > Property Attributes

Display Curve TypeStrain-Life

TABLE 35
Mat 680/850 > Strain-Life Parameters > Strain-Life Parameters

Strength Coefficient MPa920.
Strength Exponent-0.106
Ductility Coefficient0.213
Ductility Exponent-0.47
Cyclic Strength Coefficient MPa1000.
Cyclic Strain Hardening Exponent0.2

Mat 265/410

TABLE 36
Mat 265/410 > Constants

Structural
Young's Modulus2.e+005 MPa
Poisson's Ratio0.3
Density7.85e-006 kg/mm³
Thermal Expansion1.2e-005 1/°C
Tensile Yield Strength265. MPa
Compressive Yield Strength265. MPa
Tensile Ultimate Strength410. MPa
Compressive Ultimate Strength410. MPa
Thermal
Thermal Conductivity6.05e-002 W/mm·°C
Specific Heat434. J/kg·°C
Electromagnetics
Relative Permeability10000
Resistivity1.7e-004 Ohm·mm

FIGURE 17
Mat 265/410 > Alternating Stress

Simulation_Report_Files/Figure0018.png

TABLE 37
Mat 265/410 > Alternating Stress > Property Attributes

InterpolationLog-Log
Mean Curve TypeMean Stress

TABLE 38
Mat 265/410 > Alternating Stress > Alternating Stress Curve Data

Mean Value MPa
0.

TABLE 39
Mat 265/410 > Alternating Stress > Alternating Stress vs. Cycles

Cycles Alternating Stress MPa
10.3999.
20.2827.
50.1896.
100.1413.
200.1069.
2000.441.
10000262.
20000214.
1.e+005138.
2.e+005114.
1.e+00686.2

FIGURE 18
Mat 265/410 > Strain-Life Parameters

Simulation_Report_Files/Figure0019.png

TABLE 40
Mat 265/410 > Strain-Life Parameters > Property Attributes

Display Curve TypeStrain-Life

TABLE 41
Mat 265/410 > Strain-Life Parameters > Strain-Life Parameters

Strength Coefficient MPa920.
Strength Exponent-0.106
Ductility Coefficient0.213
Ductility Exponent-0.47
Cyclic Strength Coefficient MPa1000.
Cyclic Strain Hardening Exponent0.2

Mat 275/430

TABLE 42
Mat 275/430 > Constants

Structural
Young's Modulus2.e+005 MPa
Poisson's Ratio0.3
Density7.85e-006 kg/mm³
Thermal Expansion1.2e-005 1/°C
Tensile Yield Strength275. MPa
Compressive Yield Strength275. MPa
Tensile Ultimate Strength430. MPa
Compressive Ultimate Strength430. MPa
Thermal
Thermal Conductivity6.05e-002 W/mm·°C
Specific Heat434. J/kg·°C
Electromagnetics
Relative Permeability10000
Resistivity1.7e-004 Ohm·mm

FIGURE 19
Mat 275/430 > Alternating Stress

Simulation_Report_Files/Figure0020.png

TABLE 43
Mat 275/430 > Alternating Stress > Property Attributes

InterpolationLog-Log
Mean Curve TypeMean Stress

TABLE 44
Mat 275/430 > Alternating Stress > Alternating Stress Curve Data

Mean Value MPa
0.

TABLE 45
Mat 275/430 > Alternating Stress > Alternating Stress vs. Cycles

Cycles Alternating Stress MPa
10.3999.
20.2827.
50.1896.
100.1413.
200.1069.
2000.441.
10000262.
20000214.
1.e+005138.
2.e+005114.
1.e+00686.2

FIGURE 20
Mat 275/430 > Strain-Life Parameters

Simulation_Report_Files/Figure0021.png

TABLE 46
Mat 275/430 > Strain-Life Parameters > Property Attributes

Display Curve TypeStrain-Life

TABLE 47
Mat 275/430 > Strain-Life Parameters > Strain-Life Parameters

Strength Coefficient MPa920.
Strength Exponent-0.106
Ductility Coefficient0.213
Ductility Exponent-0.47
Cyclic Strength Coefficient MPa1000.
Cyclic Strain Hardening Exponent0.2

Tufnol

TABLE 48
Tufnol > Constants

Structural
Young's Modulus6300. MPa
Poisson's Ratio0.3
Density1.36e-006 kg/mm³
Thermal Expansion2.2e-005 1/°C
Tensile Yield Strength68. MPa
Compressive Yield Strength200. MPa
Tensile Ultimate Strength350. MPa
Compressive Ultimate Strength350. MPa
Thermal
Thermal Conductivity3.2e-004 W/mm·°C
Specific Heat1500. J/kg·°C

Mat 275/410

TABLE 49
Mat 275/410 > Constants

Structural
Young's Modulus2.e+005 MPa
Poisson's Ratio0.3
Density7.85e-006 kg/mm³
Thermal Expansion1.2e-005 1/°C
Tensile Yield Strength275. MPa
Compressive Yield Strength275. MPa
Tensile Ultimate Strength410. MPa
Compressive Ultimate Strength410. MPa
Thermal
Thermal Conductivity6.05e-002 W/mm·°C
Specific Heat434. J/kg·°C
Electromagnetics
Relative Permeability10000
Resistivity1.7e-004 Ohm·mm

FIGURE 21
Mat 275/410 > Alternating Stress

Simulation_Report_Files/Figure0022.png

TABLE 50
Mat 275/410 > Alternating Stress > Property Attributes

InterpolationLog-Log
Mean Curve TypeMean Stress

TABLE 51
Mat 275/410 > Alternating Stress > Alternating Stress Curve Data

Mean Value MPa
0.

TABLE 52
Mat 275/410 > Alternating Stress > Alternating Stress vs. Cycles

Cycles Alternating Stress MPa
10.3999.
20.2827.
50.1896.
100.1413.
200.1069.
2000.441.
10000262.
20000214.
1.e+005138.
2.e+005114.
1.e+00686.2

FIGURE 22
Mat 275/410 > Strain-Life Parameters

Simulation_Report_Files/Figure0023.png

TABLE 53
Mat 275/410 > Strain-Life Parameters > Property Attributes

Display Curve TypeStrain-Life

TABLE 54
Mat 275/410 > Strain-Life Parameters > Strain-Life Parameters

Strength Coefficient MPa920.
Strength Exponent-0.106
Ductility Coefficient0.213
Ductility Exponent-0.47
Cyclic Strength Coefficient MPa1000.
Cyclic Strain Hardening Exponent0.2

Mat 618/772

TABLE 55
Mat 618/772 > Constants

Structural
Young's Modulus2.e+005 MPa
Poisson's Ratio0.3
Density7.85e-006 kg/mm³
Thermal Expansion1.2e-005 1/°C
Tensile Yield Strength618. MPa
Compressive Yield Strength618. MPa
Tensile Ultimate Strength772. MPa
Compressive Ultimate Strength772. MPa
Thermal
Thermal Conductivity6.05e-002 W/mm·°C
Specific Heat434. J/kg·°C
Electromagnetics
Relative Permeability10000
Resistivity1.7e-004 Ohm·mm

FIGURE 23
Mat 618/772 > Alternating Stress

Simulation_Report_Files/Figure0024.png

TABLE 56
Mat 618/772 > Alternating Stress > Property Attributes

InterpolationLog-Log
Mean Curve TypeMean Stress

TABLE 57
Mat 618/772 > Alternating Stress > Alternating Stress Curve Data

Mean Value MPa
0.

TABLE 58
Mat 618/772 > Alternating Stress > Alternating Stress vs. Cycles

Cycles Alternating Stress MPa
10.3999.
20.2827.
50.1896.
100.1413.
200.1069.
2000.441.
10000262.
20000214.
1.e+005138.
2.e+005114.
1.e+00686.2

FIGURE 24
Mat 618/772 > Strain-Life Parameters

Simulation_Report_Files/Figure0025.png

TABLE 59
Mat 618/772 > Strain-Life Parameters > Property Attributes

Display Curve TypeStrain-Life

TABLE 60
Mat 618/772 > Strain-Life Parameters > Strain-Life Parameters

Strength Coefficient MPa920.
Strength Exponent-0.106
Ductility Coefficient0.213
Ductility Exponent-0.47
Cyclic Strength Coefficient MPa1000.
Cyclic Strain Hardening Exponent0.2

Mat 355/510

TABLE 61
Mat 355/510 > Constants

Structural
Young's Modulus2.e+005 MPa
Poisson's Ratio0.3
Density7.85e-006 kg/mm³
Thermal Expansion1.2e-005 1/°C
Tensile Yield Strength355. MPa
Compressive Yield Strength355. MPa
Tensile Ultimate Strength510. MPa
Compressive Ultimate Strength510. MPa
Thermal
Thermal Conductivity6.05e-002 W/mm·°C
Specific Heat434. J/kg·°C
Electromagnetics
Relative Permeability10000
Resistivity1.7e-004 Ohm·mm

FIGURE 25
Mat 355/510 > Alternating Stress

Simulation_Report_Files/Figure0026.png

TABLE 62
Mat 355/510 > Alternating Stress > Property Attributes

InterpolationLog-Log
Mean Curve TypeMean Stress

TABLE 63
Mat 355/510 > Alternating Stress > Alternating Stress Curve Data

Mean Value MPa
0.

TABLE 64
Mat 355/510 > Alternating Stress > Alternating Stress vs. Cycles

Cycles Alternating Stress MPa
10.3999.
20.2827.
50.1896.
100.1413.
200.1069.
2000.441.
10000262.
20000214.
1.e+005138.
2.e+005114.
1.e+00686.2

FIGURE 26
Mat 355/510 > Strain-Life Parameters

Simulation_Report_Files/Figure0027.png

TABLE 65
Mat 355/510 > Strain-Life Parameters > Property Attributes

Display Curve TypeStrain-Life

TABLE 66
Mat 355/510 > Strain-Life Parameters > Strain-Life Parameters

Strength Coefficient MPa920.
Strength Exponent-0.106
Ductility Coefficient0.213
Ductility Exponent-0.47
Cyclic Strength Coefficient MPa1000.
Cyclic Strain Hardening Exponent0.2
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