Project First Saved Thursday, February 1, 2018 Last Saved Thursday, February 1, 2018 Product Version 15.0.7 Release Save Project Before Solution No Save Project After Solution No Contents Units Model (A4) o Geometry Parts o Construction Geometry Paths o Coordinate Systems o Connections Contacts Contact Regions o Mesh o Steady-State Thermal (A5) Initial Temperature Analysis Settings Loads Solution (A6) Solution Information Results o Chart o Chart 2 o Chart 3 o Chart 4 o Chart 5 o Chart 6 o Chart 7 o Chart 8 o Chart 9 o Chart 10 o Chart 11 Material Data o Kwall o Kfin Units TABLE 1 Unit System Metric (m, kg, N, s, V, A) Degrees rad/s Celsius Angle Degrees Rotational Velocity rad/s Temperature Celsius Model (A4) Geometry TABLE 2 Model (A4) > Geometry Object Name State Geometry Fully Defined Definition Source C:\Users\user1\AppData\Local\Temp\WB_USER_user1_120_6\unsaved_project_files\dp0\SYS\DM\SYS.agdb Type DesignModeler Length Unit Meters Element Control Program Controlled Display Style Body Color Bounding Box Length X 8.e-002 m Length Y 1.6e-002 m Length Z 3.e-002 m Properties Volume 3.36e-005 m³ Mass 0. kg Scale Factor Value 1. Statistics Bodies 5 Active Bodies 5 Nodes 153153 Elements 33600 Mesh Metric None Basic Geometry Options Parameters Yes Parameter Key DS Attributes No Named Selections No Material Properties No Advanced Geometry Options Use Associativity Yes Coordinate Systems No Reader Mode Saves Updated File No Use Instances Yes Smart CAD Update No Compare Parts On Update No Attach File Via Temp File Yes Temporary Directory C:\Users\user1\AppData\Local\Temp Analysis Type 3-D Decompose Disjoint Geometry Yes Enclosure and Symmetry Processing Yes Object Name State Visible Transparency TABLE 3 Model (A4) > Geometry > Parts Solid Solid Solid Meshed Graphics Properties Yes 1 Definition Solid Solid Suppressed Stiffness Behavior Coordinate System Reference Temperature Assignment Nonlinear Effects Thermal Strain Effects Length X Length Y Length Z Volume Mass Centroid X Centroid Y Centroid Z Moment of Inertia Ip1 Moment of Inertia Ip2 Moment of Inertia Ip3 Nodes Elements Mesh Metric No Flexible Default Coordinate System By Environment Material Kwall Kfin Yes Yes Bounding Box 6.e-002 m 2.e-002 m 1.6e-002 m 2.e-003 m 3.e-002 m Properties 2.88e-005 m³ 1.2e-006 m³ 0. kg 3.e-002 m 7.e-002 m 7.9724e-003 m 1.9724e-003 m 5.9724e-003 m 9.9724e-003 m 1.3972e-002 m 1.5e-002 m 0. kg·m² 0. kg·m² 0. kg·m² Statistics 125133 7005 28800 1200 None TABLE 4 Model (A4) > Construction Geometry Object Name Construction Geometry State Fully Defined Display Show Mesh No TABLE 5 Model (A4) > Construction Geometry > Paths Path Path 2 Path 3 Path 4 Object Name State Fully Defined Definition Path Type Two Points Path Coordinate System Global Coordinate System Number of Sampling Points 47. Suppressed No Start Coordinate System Global Coordinate System Start X Coordinate 0. m Start Y Coordinate 2.e-003 m 6.e-003 m 1.e-002 m 1.4e-002 m Start Z Coordinate 3.e-002 m Location Defined End Coordinate System Global Coordinate System End X Coordinate 8.e-002 m End Y Coordinate 2.e-003 m 6.e-003 m 1.e-002 m 1.4e-002 m End Z Coordinate 3.e-002 m Location Defined Coordinate Systems TABLE 6 Model (A4) > Coordinate Systems > Coordinate System Object Name Global Coordinate System State Fully Defined Definition Type Cartesian Coordinate System ID 0. Origin Origin X 0. m Origin Y 0. m Origin Z 0. m Directional Vectors X Axis Data [ 1. 0. 0. ] Y Axis Data [ 0. 1. 0. ] Z Axis Data [ 0. 0. 1. ] Connections TABLE 7 Model (A4) > Connections Object Name Connections State Fully Defined Auto Detection Generate Automatic Connection On Refresh Yes Transparency Enabled Yes TABLE 8 Model (A4) > Connections > Contacts Contacts Object Name State Fully Defined Definition Connection Type Contact Scope Scoping Method Geometry Selection Geometry All Bodies Auto Detection Tolerance Type Slider Tolerance Slider 0. Tolerance Value 2.1731e-004 m Use Range No Face/Face Face/Edge Edge/Edge Priority Group By Search Across Yes No No Include All Bodies Bodies TABLE 9 Model (A4) > Connections > Contacts > Contact Regions Object Name Contact Region Contact Region 2 Contact Region 3 Contact Region 4 State Fully Defined Scope Scoping Method Geometry Selection Contact 1 Face Target 1 Face Contact Bodies Solid Target Bodies Solid Definition Type Bonded Scope Mode Automatic Behavior Program Controlled Trim Contact Program Controlled Trim Tolerance 2.1731e-004 m Suppressed No Advanced Formulation Program Controlled Detection Method Program Controlled Elastic Slip Tolerance Program Controlled Thermal Conductance Program Controlled Pinball Region Program Controlled Geometric Modification Contact Geometry Correction None Mesh TABLE 10 Model (A4) > Mesh Object Name State Defaults Physics Preference Relevance Sizing Use Advanced Size Function Relevance Center Element Size Initial Size Seed Smoothing Transition Mesh Solved Mechanical 0 Off Coarse 1.e-003 m Active Assembly Medium Fast Span Angle Center Coarse Minimum Edge Length 2.e-003 m Inflation Use Automatic Inflation None Inflation Option Smooth Transition Transition Ratio 0.272 Maximum Layers 5 Growth Rate 1.2 Inflation Algorithm Pre View Advanced Options No Patch Conforming Options Triangle Surface Mesher Program Controlled Patch Independent Options Topology Checking Yes Advanced Number of CPUs for Parallel Part Meshing Program Controlled Shape Checking Standard Mechanical Element Midside Nodes Program Controlled Straight Sided Elements No Number of Retries Default (4) Extra Retries For Assembly Yes Rigid Body Behavior Dimensionally Reduced Mesh Morphing Disabled Defeaturing Pinch Tolerance Please Define Generate Pinch on Refresh No Automatic Mesh Based Defeaturing On Defeaturing Tolerance Default Statistics Nodes 153153 Elements 33600 Mesh Metric None FIGURE 1 Model (A4) > Mesh > Image Steady-State Thermal (A5) TABLE 11 Model (A4) > Analysis Object Name Steady-State Thermal (A5) State Solved Definition Physics Type Thermal Analysis Type Steady-State Solver Target Mechanical APDL Options Generate Input Only No TABLE 12 Model (A4) > Steady-State Thermal (A5) > Initial Condition Object Name Initial Temperature State Fully Defined Definition Initial Temperature Uniform Temperature Initial Temperature Value 22. °C TABLE 13 Model (A4) > Steady-State Thermal (A5) > Analysis Settings Analysis Settings Object Name State Fully Defined Step Controls Number Of Steps 1. Current Step Number 1. Step End Time 1. s Auto Time Stepping Program Controlled Solver Controls Solver Type Program Controlled Radiosity Controls Radiosity Solver Program Controlled Flux Convergence 1.e-004 Maximum Iteration 1000. Solver Tolerance 0.1 W/m² Over Relaxation 0.1 Hemicube Resolution 10. Nonlinear Controls Heat Convergence Program Controlled Temperature Convergence Program Controlled Line Search Program Controlled Output Controls Calculate Thermal Flux Yes General Miscellaneous No Store Results At All Time Points Analysis Data Management Solver Files Directory C:\Users\user1\Desktop\ãÔÇÑíÚ ÍÑÇÑÉ\yoosef\yosef_files\dp0\SYS\MECH\ Future Analysis None Scratch Solver Files Directory Save MAPDL db No Delete Unneeded Files Yes Nonlinear Solution No Solver Units Active System Solver Unit System mks Object Name Internal Heat Generation State Scoping Method Geometry 1 Body TABLE 14 Model (A4) > Steady-State Thermal (A5) > Loads Convection Convection 2 Heat Flow Heat Flow 2 Heat Flow 3 Heat Flow 4 Heat Flow 5 Fully Defined Scope Geometry Selection 1 Face 12 Faces 3 Faces 1 Face Definition Type Internal Heat Generation Convection Magnitude 2.e+005 W/m³ (ramped) Suppressed No Film Coefficient 50. W/m²·°C (ramped) 12. W/m²·°C (ramped) Ambient Temperature 30. °C (ramped) 15. °C (ramped) Convection Matrix Program Controlled Define As FIGURE 2 Model (A4) > Steady-State Thermal (A5) > Internal Heat Generation FIGURE 3 Model (A4) > Steady-State Thermal (A5) > Convection Perfectly Insulated 0. W Perfect Insulation TABLE 15 Model (A4) > Steady-State Thermal (A5) > Convection Steps Time [s] Convection Coefficient [W/m²·°C] Temperature [°C] 0. 0. 22. 1 1. 50. 30. FIGURE 4 Model (A4) > Steady-State Thermal (A5) > Convection 2 TABLE 16 Model (A4) > Steady-State Thermal (A5) > Convection 2 Steps Time [s] Convection Coefficient [W/m²·°C] Temperature [°C] 0. 0. 22. 1 1. 12. 15. FIGURE 5 Model (A4) > Steady-State Thermal (A5) > Image Solution (A6) TABLE 17 Model (A4) > Steady-State Thermal (A5) > Solution Object Name Solution (A6) State Solved Adaptive Mesh Refinement Max Refinement Loops 1. Refinement Depth 2. Information Status Done TABLE 18 Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Solution Information Object Name Solution Information State Solved Solution Information Solution Output Solver Output Update Interval 2.5 s Display Points All FE Connection Visibility Activate Visibility Yes Display All FE Connectors Draw Connections Attached To All Nodes Line Color Connection Type Visible on Results No Line Thickness Display Type Object Name Temperature Temperature 2 Geometry Selection Path State Scoping Method Geometry Path Type By Display Time Calculate Time History Identifier Suppressed Orientation Coordinate System Path Temperature TABLE 19 Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Results Directional Heat Directional Heat Temperature Temperature Temperature Total Heat Flux Flux Flux 2 3 4 5 Solved Scope Geometry Geometry Path Selection Selection All Bodies Path Path 2 Path 3 Path 4 Definition Directional Heat Flux Total Heat Flux Temperature Time Last Directional Heat Flux 3 Directional Heat Flux 4 Directional Heat Flux 5 Path 3 Path 4 Path Path 2 Directional Heat Flux Yes No X Axis Global Coordinate System Minimum Maximum Minimum Occurs On Maximum Occurs On 85.064 °C 93.804 °C Minimum Maximum 85.064 °C 85.064 °C 85.066 °C 85.066 °C -3342.3 W/m² -3342.3 W/m² -3140.9 W/m² -3140.9 W/m² Minimum Maximum 93.804 °C 93.804 °C 93.802 °C 93.802 °C 26940 W/m² 26940 W/m² 16547 W/m² 16547 W/m² 85.066 °C 93.802 °C -3342.3 W/m² 26940 W/m² -3140.9 W/m² 16547 W/m² X Axis Global Coordinate System Results 40.885 W/m² 27540 W/m² 85.066 °C 93.802 °C -3140.9 W/m² 16547 W/m² 85.066 °C 85.066 °C -3140.9 W/m² -3140.9 W/m² 93.802 °C 93.802 °C 16547 W/m² 16547 W/m² Solid Solid Time Load Step Substep Iteration Number X-Axis Single Lines S Minimum Value Over Time 40.885 W/m² 40.885 W/m² Maximum Value Over Time 27540 W/m² 27540 W/m² Information 1. s 1 1 1 Graph Controls S S Integration Point Results Display Option Average Across Bodies Averaged Averaged No No FIGURE 6 Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Temperature > Image FIGURE 7 Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Temperature > Image FIGURE 8 Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Temperature > Image FIGURE 9 Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Temperature > Image FIGURE 10 Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Temperature > Image FIGURE 11 Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Temperature > Image FIGURE 12 Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Temperature 2 TABLE 20 Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Temperature 2 Length [m] Value [°C] 0. 92.818 1.6667e-003 93.016 3.3333e-003 93.192 5.e-003 93.346 6.6667e-003 93.477 8.3333e-003 93.587 1.e-002 93.674 1.1667e-002 93.739 1.3333e-002 93.782 1.5e-002 93.802 1.6667e-002 93.801 1.8333e-002 93.777 2.e-002 93.73 2.1667e-002 93.662 2.3333e-002 93.571 2.5e-002 93.459 2.6667e-002 93.324 2.8333e-002 93.166 3.e-002 92.987 3.1667e-002 92.785 3.3333e-002 92.561 3.5e-002 92.315 3.6667e-002 92.047 3.8333e-002 4.e-002 4.1667e-002 4.3333e-002 4.5e-002 4.6667e-002 4.8333e-002 5.e-002 5.1667e-002 5.3333e-002 5.5e-002 5.6667e-002 5.8333e-002 6.e-002 6.1667e-002 6.3333e-002 6.5e-002 6.6667e-002 6.8333e-002 7.e-002 7.1667e-002 7.3333e-002 7.5e-002 7.6667e-002 7.8333e-002 8.e-002 91.756 91.443 91.108 90.751 90.371 89.97 89.546 89.099 88.631 88.14 87.628 87.091 86.519 85.793 85.694 85.59 85.495 85.41 85.334 85.268 85.211 85.163 85.125 85.096 85.076 85.066 FIGURE 13 Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Temperature 2 > Image FIGURE 14 Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Temperature 2 > Image FIGURE 15 Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Directional Heat Flux > Image FIGURE 16 Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Directional Heat Flux > Image FIGURE 17 Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Directional Heat Flux 2 TABLE 21 Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Directional Heat Flux 2 Length [m] Value [W/m²] 0. -3140.9 1.6667e-003 -2807.6 3.3333e-003 -2474.2 5.e-003 -2140.9 6.6667e-003 -1807.6 8.3333e-003 -1474.2 1.e-002 -1140.9 1.1667e-002 -807.55 1.3333e-002 -474.22 1.5e-002 -140.88 1.6667e-002 192.45 1.8333e-002 525.78 2.e-002 859.12 2.1667e-002 1192.4 2.3333e-002 1525.8 2.5e-002 1859.1 2.6667e-002 2192.4 2.8333e-002 2525.8 3.e-002 2859.1 3.1667e-002 3192.4 3.3333e-002 3525.8 3.5e-002 3859.1 3.6667e-002 4192.4 3.8333e-002 4.e-002 4.1667e-002 4.3333e-002 4.5e-002 4.6667e-002 4.8333e-002 5.e-002 5.1667e-002 5.3333e-002 5.5e-002 5.6667e-002 5.8333e-002 6.e-002 6.1667e-002 6.3333e-002 6.5e-002 6.6667e-002 6.8333e-002 7.e-002 7.1667e-002 7.3333e-002 7.5e-002 7.6667e-002 7.8333e-002 8.e-002 4525.8 4859.1 5192.4 5525.8 5859.1 6192.4 6525.8 6859.1 7192.5 7526. 7861.6 8235.2 9274.9 9004.8 16547 14892 13480 12071 10663 9257.3 7852.6 6448.9 5046. 3643.9 2242.2 840.79 FIGURE 18 Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Directional Heat Flux 2 > Image FIGURE 19 Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Total Heat Flux > Figure 1 FIGURE 20 Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Total Heat Flux > Image FIGURE 21 Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Temperature 3 TABLE 22 Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Temperature 3 Length [m] Value [°C] 0. 92.818 1.6667e-003 93.016 3.3333e-003 93.192 5.e-003 93.346 6.6667e-003 93.477 8.3333e-003 93.587 1.e-002 93.674 1.1667e-002 93.739 1.3333e-002 93.782 1.5e-002 93.802 1.6667e-002 93.801 1.8333e-002 93.777 2.e-002 93.73 2.1667e-002 93.662 2.3333e-002 93.571 2.5e-002 93.459 2.6667e-002 93.324 2.8333e-002 93.166 3.e-002 92.987 3.1667e-002 92.785 3.3333e-002 92.561 3.5e-002 92.315 3.6667e-002 92.047 3.8333e-002 91.756 4.e-002 91.443 4.1667e-002 91.108 4.3333e-002 90.751 4.5e-002 90.371 4.6667e-002 89.97 4.8333e-002 89.546 5.e-002 89.099 5.1667e-002 88.631 5.3333e-002 88.14 5.5e-002 87.628 5.6667e-002 87.091 5.8333e-002 86.519 6.e-002 85.793 6.1667e-002 85.694 6.3333e-002 85.59 6.5e-002 85.495 6.6667e-002 85.41 6.8333e-002 85.334 7.e-002 85.268 7.1667e-002 85.211 7.3333e-002 85.163 7.5e-002 85.125 7.6667e-002 7.8333e-002 8.e-002 85.096 85.076 85.066 FIGURE 22 Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Temperature 3 > Image FIGURE 23 Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Temperature 4 TABLE 23 Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Temperature 4 Length [m] Value [°C] 0. 92.818 1.6667e-003 93.016 3.3333e-003 93.192 5.e-003 93.346 6.6667e-003 93.477 8.3333e-003 93.587 1.e-002 93.674 1.1667e-002 93.739 1.3333e-002 93.782 1.5e-002 93.802 1.6667e-002 93.801 1.8333e-002 93.777 2.e-002 93.73 2.1667e-002 93.662 2.3333e-002 93.571 2.5e-002 93.459 2.6667e-002 93.324 2.8333e-002 93.166 3.e-002 92.987 3.1667e-002 92.785 3.3333e-002 92.561 3.5e-002 92.315 3.6667e-002 92.047 3.8333e-002 4.e-002 4.1667e-002 4.3333e-002 4.5e-002 4.6667e-002 4.8333e-002 5.e-002 5.1667e-002 5.3333e-002 5.5e-002 5.6667e-002 5.8333e-002 6.e-002 6.1667e-002 6.3333e-002 6.5e-002 6.6667e-002 6.8333e-002 7.e-002 7.1667e-002 7.3333e-002 7.5e-002 7.6667e-002 7.8333e-002 8.e-002 91.756 91.443 91.108 90.751 90.371 89.97 89.546 89.099 88.631 88.14 87.628 87.091 86.519 85.793 85.694 85.59 85.495 85.41 85.334 85.268 85.211 85.163 85.125 85.096 85.076 85.066 FIGURE 24 Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Temperature 4 > Image FIGURE 25 Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Temperature 5 TABLE 24 Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Temperature 5 Length [m] Value [°C] 0. 92.818 1.6667e-003 93.016 3.3333e-003 93.192 5.e-003 93.346 6.6667e-003 93.477 8.3333e-003 93.587 1.e-002 93.674 1.1667e-002 93.739 1.3333e-002 93.782 1.5e-002 93.802 1.6667e-002 93.801 1.8333e-002 93.777 2.e-002 93.73 2.1667e-002 93.662 2.3333e-002 93.571 2.5e-002 93.459 2.6667e-002 93.324 2.8333e-002 93.166 3.e-002 92.987 3.1667e-002 92.785 3.3333e-002 92.561 3.5e-002 92.315 3.6667e-002 92.047 3.8333e-002 91.756 4.e-002 91.443 4.1667e-002 91.108 4.3333e-002 90.751 4.5e-002 90.371 4.6667e-002 89.97 4.8333e-002 89.546 5.e-002 89.099 5.1667e-002 88.631 5.3333e-002 88.14 5.5e-002 87.628 5.6667e-002 87.091 5.8333e-002 86.519 6.e-002 85.793 6.1667e-002 85.694 6.3333e-002 85.59 6.5e-002 85.495 6.6667e-002 85.41 6.8333e-002 85.334 7.e-002 85.268 7.1667e-002 85.211 7.3333e-002 85.163 7.5e-002 85.125 7.6667e-002 7.8333e-002 8.e-002 85.096 85.076 85.066 FIGURE 26 Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Temperature 5 > Image FIGURE 27 Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Directional Heat Flux 3 TABLE 25 Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Directional Heat Flux 3 Length [m] Value [W/m²] 0. -3140.9 1.6667e-003 -2807.6 3.3333e-003 -2474.2 5.e-003 -2140.9 6.6667e-003 -1807.6 8.3333e-003 -1474.2 1.e-002 -1140.9 1.1667e-002 -807.55 1.3333e-002 -474.22 1.5e-002 -140.88 1.6667e-002 192.45 1.8333e-002 525.78 2.e-002 859.12 2.1667e-002 1192.4 2.3333e-002 1525.8 2.5e-002 1859.1 2.6667e-002 2192.4 2.8333e-002 2525.8 3.e-002 2859.1 3.1667e-002 3192.4 3.3333e-002 3525.8 3.5e-002 3859.1 3.6667e-002 4192.4 3.8333e-002 4.e-002 4.1667e-002 4.3333e-002 4.5e-002 4.6667e-002 4.8333e-002 5.e-002 5.1667e-002 5.3333e-002 5.5e-002 5.6667e-002 5.8333e-002 6.e-002 6.1667e-002 6.3333e-002 6.5e-002 6.6667e-002 6.8333e-002 7.e-002 7.1667e-002 7.3333e-002 7.5e-002 7.6667e-002 7.8333e-002 8.e-002 4525.8 4859.1 5192.4 5525.8 5859.1 6192.4 6525.8 6859.1 7192.5 7526. 7861.6 8235.2 9274.9 9004.8 16547 14892 13480 12071 10663 9257.3 7852.6 6448.9 5046. 3643.9 2242.2 840.79 FIGURE 28 Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Directional Heat Flux 3 > Image FIGURE 29 Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Directional Heat Flux 4 TABLE 26 Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Directional Heat Flux 4 Length [m] Value [W/m²] 0. -3140.9 1.6667e-003 -2807.6 3.3333e-003 -2474.2 5.e-003 -2140.9 6.6667e-003 -1807.6 8.3333e-003 -1474.2 1.e-002 -1140.9 1.1667e-002 -807.55 1.3333e-002 -474.22 1.5e-002 -140.88 1.6667e-002 192.45 1.8333e-002 525.78 2.e-002 859.12 2.1667e-002 1192.4 2.3333e-002 1525.8 2.5e-002 1859.1 2.6667e-002 2192.4 2.8333e-002 2525.8 3.e-002 2859.1 3.1667e-002 3192.4 3.3333e-002 3525.8 3.5e-002 3859.1 3.6667e-002 4192.4 3.8333e-002 4525.8 4.e-002 4859.1 4.1667e-002 5192.4 4.3333e-002 5525.8 4.5e-002 5859.1 4.6667e-002 6192.4 4.8333e-002 6525.8 5.e-002 6859.1 5.1667e-002 7192.5 5.3333e-002 7526. 5.5e-002 7861.6 5.6667e-002 8235.2 5.8333e-002 9274.9 6.e-002 9004.8 6.1667e-002 16547 6.3333e-002 14892 6.5e-002 13480 6.6667e-002 12071 6.8333e-002 10663 7.e-002 9257.3 7.1667e-002 7852.6 7.3333e-002 6448.9 7.5e-002 5046. 7.6667e-002 7.8333e-002 8.e-002 3643.9 2242.2 840.79 FIGURE 30 Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Directional Heat Flux 4 > Figure 2 FIGURE 31 Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Directional Heat Flux 5 TABLE 27 Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Directional Heat Flux 5 Length [m] Value [W/m²] 0. -3140.9 1.6667e-003 -2807.6 3.3333e-003 -2474.2 5.e-003 -2140.9 6.6667e-003 -1807.6 8.3333e-003 -1474.2 1.e-002 -1140.9 1.1667e-002 -807.55 1.3333e-002 -474.22 1.5e-002 -140.88 1.6667e-002 192.45 1.8333e-002 525.78 2.e-002 859.12 2.1667e-002 1192.4 2.3333e-002 1525.8 2.5e-002 1859.1 2.6667e-002 2192.4 2.8333e-002 2525.8 3.e-002 2859.1 3.1667e-002 3192.4 3.3333e-002 3525.8 3.5e-002 3859.1 3.6667e-002 4192.4 3.8333e-002 4.e-002 4.1667e-002 4.3333e-002 4.5e-002 4.6667e-002 4.8333e-002 5.e-002 5.1667e-002 5.3333e-002 5.5e-002 5.6667e-002 5.8333e-002 6.e-002 6.1667e-002 6.3333e-002 6.5e-002 6.6667e-002 6.8333e-002 7.e-002 7.1667e-002 7.3333e-002 7.5e-002 7.6667e-002 7.8333e-002 8.e-002 4525.8 4859.1 5192.4 5525.8 5859.1 6192.4 6525.8 6859.1 7192.5 7526. 7861.6 8235.2 9274.9 9004.8 16547 14892 13480 12071 10663 9257.3 7852.6 6448.9 5046. 3643.9 2242.2 840.79 FIGURE 32 Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Directional Heat Flux 5 > Image TABLE 28 Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Results Object Name Total Heat Flux 2 State Solved Scope Scoping Method Path Path Path 2 Geometry All Bodies Definition Type Total Heat Flux By Time Display Time Last Calculate Time History Yes Suppressed No Integration Point Results Display Option Averaged Average Across Bodies No Results Minimum 140.88 W/m² Maximum 16547 W/m² Minimum Occurs On Solid Maximum Occurs On Solid Graph Controls X-Axis S Minimum Value Over Time Minimum 140.88 W/m² Maximum 140.88 W/m² Maximum Value Over Time Minimum 16547 W/m² Maximum 16547 W/m² Information Time 1. s Load Step 1 Substep 1 Iteration Number 1 FIGURE 33 Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Total Heat Flux 2 TABLE 29 Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Total Heat Flux 2 Length [m] Value [W/m²] 0. 3140.9 1.6667e-003 2807.6 3.3333e-003 2474.2 5.e-003 2140.9 6.6667e-003 1807.6 8.3333e-003 1474.2 1.e-002 1140.9 1.1667e-002 807.55 1.3333e-002 474.22 1.5e-002 140.88 1.6667e-002 192.45 1.8333e-002 2.e-002 2.1667e-002 2.3333e-002 2.5e-002 2.6667e-002 2.8333e-002 3.e-002 3.1667e-002 3.3333e-002 3.5e-002 3.6667e-002 3.8333e-002 4.e-002 4.1667e-002 4.3333e-002 4.5e-002 4.6667e-002 4.8333e-002 5.e-002 5.1667e-002 5.3333e-002 5.5e-002 5.6667e-002 5.8333e-002 6.e-002 6.1667e-002 6.3333e-002 6.5e-002 6.6667e-002 6.8333e-002 7.e-002 7.1667e-002 7.3333e-002 7.5e-002 7.6667e-002 7.8333e-002 8.e-002 525.78 859.12 1192.4 1525.8 1859.1 2192.4 2525.8 2859.1 3192.4 3525.8 3859.1 4192.4 4525.8 4859.1 5192.4 5525.8 5859.1 6192.4 6525.8 6859.1 7192.5 7526. 7861.6 8235.2 9274.9 9006.1 16547 14892 13480 12071 10663 9257.3 7852.6 6448.9 5046.1 3643.9 2242.3 841.11 FIGURE 34 Model (A4) > Steady-State Thermal (A5) > Solution (A6) > Total Heat Flux 2 > Image Chart FIGURE 35 Model (A4) > Chart TABLE 30 Model (A4) > Chart Length [m] [A] Total Heat Flux 2 [W/m²] 0. 3140.9 1.6667e-003 2807.6 3.3333e-003 2474.2 5.e-003 2140.9 6.6667e-003 1807.6 8.3333e-003 1474.2 1.e-002 1140.9 1.1667e-002 807.55 1.3333e-002 474.22 1.5e-002 140.88 1.6667e-002 192.45 1.8333e-002 525.78 2.e-002 859.12 2.1667e-002 1192.4 2.3333e-002 1525.8 2.5e-002 1859.1 2.6667e-002 2192.4 2.8333e-002 2525.8 3.e-002 2859.1 3.1667e-002 3192.4 3.3333e-002 3525.8 3.5e-002 3859.1 3.6667e-002 4192.4 3.8333e-002 4525.8 4.e-002 4859.1 4.1667e-002 5192.4 4.3333e-002 5525.8 4.5e-002 5859.1 4.6667e-002 6192.4 4.8333e-002 6525.8 5.e-002 6859.1 5.1667e-002 7192.5 5.3333e-002 7526. 5.5e-002 7861.6 5.6667e-002 8235.2 5.8333e-002 9274.9 6.e-002 9006.1 6.1667e-002 16547 6.3333e-002 14892 6.5e-002 13480 6.6667e-002 12071 6.8333e-002 10663 7.e-002 9257.3 7.1667e-002 7852.6 7.3333e-002 6448.9 7.5e-002 5046.1 7.6667e-002 7.8333e-002 8.e-002 3643.9 2242.3 841.11 Chart 2 FIGURE 36 Model (A4) > Chart 2 TABLE 31 Model (A4) > Chart 2 Length [m] [A] Directional Heat Flux 5 [W/m²] 0. -3140.9 1.6667e-003 -2807.6 3.3333e-003 -2474.2 5.e-003 -2140.9 6.6667e-003 -1807.6 8.3333e-003 -1474.2 1.e-002 -1140.9 1.1667e-002 -807.55 1.3333e-002 -474.22 1.5e-002 -140.88 1.6667e-002 192.45 1.8333e-002 525.78 2.e-002 859.12 2.1667e-002 1192.4 2.3333e-002 2.5e-002 2.6667e-002 2.8333e-002 3.e-002 3.1667e-002 3.3333e-002 3.5e-002 3.6667e-002 3.8333e-002 4.e-002 4.1667e-002 4.3333e-002 4.5e-002 4.6667e-002 4.8333e-002 5.e-002 5.1667e-002 5.3333e-002 5.5e-002 5.6667e-002 5.8333e-002 6.e-002 6.1667e-002 6.3333e-002 6.5e-002 6.6667e-002 6.8333e-002 7.e-002 7.1667e-002 7.3333e-002 7.5e-002 7.6667e-002 7.8333e-002 8.e-002 1525.8 1859.1 2192.4 2525.8 2859.1 3192.4 3525.8 3859.1 4192.4 4525.8 4859.1 5192.4 5525.8 5859.1 6192.4 6525.8 6859.1 7192.5 7526. 7861.6 8235.2 9274.9 9004.8 16547 14892 13480 12071 10663 9257.3 7852.6 6448.9 5046. 3643.9 2242.2 840.79 Chart 3 FIGURE 37 Model (A4) > Chart 3 TABLE 32 Model (A4) > Chart 3 Length [m] [A] Directional Heat Flux 4 [W/m²] 0. -3140.9 1.6667e-003 -2807.6 3.3333e-003 -2474.2 5.e-003 -2140.9 6.6667e-003 -1807.6 8.3333e-003 -1474.2 1.e-002 -1140.9 1.1667e-002 -807.55 1.3333e-002 -474.22 1.5e-002 -140.88 1.6667e-002 192.45 1.8333e-002 525.78 2.e-002 859.12 2.1667e-002 1192.4 2.3333e-002 1525.8 2.5e-002 1859.1 2.6667e-002 2192.4 2.8333e-002 2525.8 3.e-002 2859.1 3.1667e-002 3192.4 3.3333e-002 3525.8 3.5e-002 3859.1 3.6667e-002 4192.4 3.8333e-002 4.e-002 4.1667e-002 4.3333e-002 4.5e-002 4.6667e-002 4.8333e-002 5.e-002 5.1667e-002 5.3333e-002 5.5e-002 5.6667e-002 5.8333e-002 6.e-002 6.1667e-002 6.3333e-002 6.5e-002 6.6667e-002 6.8333e-002 7.e-002 7.1667e-002 7.3333e-002 7.5e-002 7.6667e-002 7.8333e-002 8.e-002 4525.8 4859.1 5192.4 5525.8 5859.1 6192.4 6525.8 6859.1 7192.5 7526. 7861.6 8235.2 9274.9 9004.8 16547 14892 13480 12071 10663 9257.3 7852.6 6448.9 5046. 3643.9 2242.2 840.79 Chart 4 FIGURE 38 Model (A4) > Chart 4 TABLE 33 Model (A4) > Chart 4 Length [m] [A] Directional Heat Flux 3 [W/m²] 0. -3140.9 1.6667e-003 -2807.6 3.3333e-003 -2474.2 5.e-003 -2140.9 6.6667e-003 -1807.6 8.3333e-003 -1474.2 1.e-002 -1140.9 1.1667e-002 -807.55 1.3333e-002 -474.22 1.5e-002 -140.88 1.6667e-002 192.45 1.8333e-002 525.78 2.e-002 859.12 2.1667e-002 1192.4 2.3333e-002 1525.8 2.5e-002 1859.1 2.6667e-002 2192.4 2.8333e-002 2525.8 3.e-002 2859.1 3.1667e-002 3192.4 3.3333e-002 3525.8 3.5e-002 3859.1 3.6667e-002 4192.4 3.8333e-002 4.e-002 4.1667e-002 4.3333e-002 4.5e-002 4.6667e-002 4.8333e-002 5.e-002 5.1667e-002 5.3333e-002 5.5e-002 5.6667e-002 5.8333e-002 6.e-002 6.1667e-002 6.3333e-002 6.5e-002 6.6667e-002 6.8333e-002 7.e-002 7.1667e-002 7.3333e-002 7.5e-002 7.6667e-002 7.8333e-002 8.e-002 4525.8 4859.1 5192.4 5525.8 5859.1 6192.4 6525.8 6859.1 7192.5 7526. 7861.6 8235.2 9274.9 9004.8 16547 14892 13480 12071 10663 9257.3 7852.6 6448.9 5046. 3643.9 2242.2 840.79 Chart 5 FIGURE 39 Model (A4) > Chart 5 TABLE 34 Model (A4) > Chart 5 Length [m] [A] Temperature 5 [°C] 0. 92.818 1.6667e-003 93.016 3.3333e-003 93.192 5.e-003 93.346 6.6667e-003 93.477 8.3333e-003 93.587 1.e-002 93.674 1.1667e-002 93.739 1.3333e-002 93.782 1.5e-002 93.802 1.6667e-002 93.801 1.8333e-002 93.777 2.e-002 93.73 2.1667e-002 93.662 2.3333e-002 93.571 2.5e-002 93.459 2.6667e-002 93.324 2.8333e-002 93.166 3.e-002 92.987 3.1667e-002 92.785 3.3333e-002 92.561 3.5e-002 92.315 3.6667e-002 92.047 3.8333e-002 4.e-002 4.1667e-002 4.3333e-002 4.5e-002 4.6667e-002 4.8333e-002 5.e-002 5.1667e-002 5.3333e-002 5.5e-002 5.6667e-002 5.8333e-002 6.e-002 6.1667e-002 6.3333e-002 6.5e-002 6.6667e-002 6.8333e-002 7.e-002 7.1667e-002 7.3333e-002 7.5e-002 7.6667e-002 7.8333e-002 8.e-002 91.756 91.443 91.108 90.751 90.371 89.97 89.546 89.099 88.631 88.14 87.628 87.091 86.519 85.793 85.694 85.59 85.495 85.41 85.334 85.268 85.211 85.163 85.125 85.096 85.076 85.066 Chart 6 FIGURE 40 Model (A4) > Chart 6 TABLE 35 Model (A4) > Chart 6 Length [m] [A] Temperature 4 [°C] 0. 92.818 1.6667e-003 93.016 3.3333e-003 93.192 5.e-003 93.346 6.6667e-003 93.477 8.3333e-003 93.587 1.e-002 93.674 1.1667e-002 93.739 1.3333e-002 93.782 1.5e-002 93.802 1.6667e-002 93.801 1.8333e-002 93.777 2.e-002 93.73 2.1667e-002 93.662 2.3333e-002 93.571 2.5e-002 93.459 2.6667e-002 93.324 2.8333e-002 93.166 3.e-002 92.987 3.1667e-002 92.785 3.3333e-002 92.561 3.5e-002 92.315 3.6667e-002 92.047 3.8333e-002 4.e-002 4.1667e-002 4.3333e-002 4.5e-002 4.6667e-002 4.8333e-002 5.e-002 5.1667e-002 5.3333e-002 5.5e-002 5.6667e-002 5.8333e-002 6.e-002 6.1667e-002 6.3333e-002 6.5e-002 6.6667e-002 6.8333e-002 7.e-002 7.1667e-002 7.3333e-002 7.5e-002 7.6667e-002 7.8333e-002 8.e-002 91.756 91.443 91.108 90.751 90.371 89.97 89.546 89.099 88.631 88.14 87.628 87.091 86.519 85.793 85.694 85.59 85.495 85.41 85.334 85.268 85.211 85.163 85.125 85.096 85.076 85.066 Chart 7 FIGURE 41 Model (A4) > Chart 7 TABLE 36 Model (A4) > Chart 7 Length [m] [A] Temperature 3 [°C] 0. 92.818 1.6667e-003 93.016 3.3333e-003 93.192 5.e-003 93.346 6.6667e-003 93.477 8.3333e-003 93.587 1.e-002 93.674 1.1667e-002 93.739 1.3333e-002 93.782 1.5e-002 93.802 1.6667e-002 93.801 1.8333e-002 93.777 2.e-002 93.73 2.1667e-002 93.662 2.3333e-002 93.571 2.5e-002 93.459 2.6667e-002 93.324 2.8333e-002 93.166 3.e-002 92.987 3.1667e-002 92.785 3.3333e-002 92.561 3.5e-002 92.315 3.6667e-002 92.047 3.8333e-002 4.e-002 4.1667e-002 4.3333e-002 4.5e-002 4.6667e-002 4.8333e-002 5.e-002 5.1667e-002 5.3333e-002 5.5e-002 5.6667e-002 5.8333e-002 6.e-002 6.1667e-002 6.3333e-002 6.5e-002 6.6667e-002 6.8333e-002 7.e-002 7.1667e-002 7.3333e-002 7.5e-002 7.6667e-002 7.8333e-002 8.e-002 91.756 91.443 91.108 90.751 90.371 89.97 89.546 89.099 88.631 88.14 87.628 87.091 86.519 85.793 85.694 85.59 85.495 85.41 85.334 85.268 85.211 85.163 85.125 85.096 85.076 85.066 Chart 8 TABLE 37 Model (A4) > Chart 8 Steps End Time [s] 1 1. Chart 9 FIGURE 42 Model (A4) > Chart 9 TABLE 38 Model (A4) > Chart 9 Length [m] [A] Temperature 2 [°C] 0. 92.818 1.6667e-003 93.016 3.3333e-003 93.192 5.e-003 93.346 6.6667e-003 93.477 8.3333e-003 93.587 1.e-002 93.674 1.1667e-002 93.739 1.3333e-002 93.782 1.5e-002 93.802 1.6667e-002 93.801 1.8333e-002 93.777 2.e-002 93.73 2.1667e-002 93.662 2.3333e-002 93.571 2.5e-002 93.459 2.6667e-002 93.324 2.8333e-002 93.166 3.e-002 92.987 3.1667e-002 92.785 3.3333e-002 92.561 3.5e-002 92.315 3.6667e-002 92.047 3.8333e-002 4.e-002 4.1667e-002 4.3333e-002 4.5e-002 4.6667e-002 4.8333e-002 5.e-002 5.1667e-002 5.3333e-002 5.5e-002 5.6667e-002 5.8333e-002 6.e-002 6.1667e-002 6.3333e-002 6.5e-002 6.6667e-002 6.8333e-002 7.e-002 7.1667e-002 7.3333e-002 7.5e-002 7.6667e-002 7.8333e-002 8.e-002 91.756 91.443 91.108 90.751 90.371 89.97 89.546 89.099 88.631 88.14 87.628 87.091 86.519 85.793 85.694 85.59 85.495 85.41 85.334 85.268 85.211 85.163 85.125 85.096 85.076 85.066 Chart 10 FIGURE 43 Model (A4) > Chart 10 TABLE 39 Model (A4) > Chart 10 Length [m] [A] Temperature 2 [°C] 0. 92.818 1.6667e-003 93.016 3.3333e-003 93.192 5.e-003 93.346 6.6667e-003 93.477 8.3333e-003 93.587 1.e-002 93.674 1.1667e-002 93.739 1.3333e-002 93.782 1.5e-002 93.802 1.6667e-002 93.801 1.8333e-002 93.777 2.e-002 93.73 2.1667e-002 93.662 2.3333e-002 93.571 2.5e-002 93.459 2.6667e-002 93.324 2.8333e-002 93.166 3.e-002 92.987 3.1667e-002 92.785 3.3333e-002 92.561 3.5e-002 92.315 3.6667e-002 92.047 3.8333e-002 4.e-002 4.1667e-002 4.3333e-002 4.5e-002 4.6667e-002 4.8333e-002 5.e-002 5.1667e-002 5.3333e-002 5.5e-002 5.6667e-002 5.8333e-002 6.e-002 6.1667e-002 6.3333e-002 6.5e-002 6.6667e-002 6.8333e-002 7.e-002 7.1667e-002 7.3333e-002 7.5e-002 7.6667e-002 7.8333e-002 8.e-002 91.756 91.443 91.108 90.751 90.371 89.97 89.546 89.099 88.631 88.14 87.628 87.091 86.519 85.793 85.694 85.59 85.495 85.41 85.334 85.268 85.211 85.163 85.125 85.096 85.076 85.066 Chart 11 FIGURE 44 Model (A4) > Chart 11 TABLE 40 Model (A4) > Chart 11 Length [m] [A] Directional Heat Flux 2 [W/m²] 0. -3140.9 1.6667e-003 -2807.6 3.3333e-003 -2474.2 5.e-003 -2140.9 6.6667e-003 -1807.6 8.3333e-003 -1474.2 1.e-002 -1140.9 1.1667e-002 -807.55 1.3333e-002 -474.22 1.5e-002 -140.88 1.6667e-002 192.45 1.8333e-002 525.78 2.e-002 859.12 2.1667e-002 1192.4 2.3333e-002 1525.8 2.5e-002 1859.1 2.6667e-002 2192.4 2.8333e-002 2525.8 3.e-002 2859.1 3.1667e-002 3192.4 3.3333e-002 3525.8 3.5e-002 3859.1 3.6667e-002 4192.4 3.8333e-002 4.e-002 4.1667e-002 4.3333e-002 4.5e-002 4.6667e-002 4.8333e-002 5.e-002 5.1667e-002 5.3333e-002 5.5e-002 5.6667e-002 5.8333e-002 6.e-002 6.1667e-002 6.3333e-002 6.5e-002 6.6667e-002 6.8333e-002 7.e-002 7.1667e-002 7.3333e-002 7.5e-002 7.6667e-002 7.8333e-002 8.e-002 4525.8 4859.1 5192.4 5525.8 5859.1 6192.4 6525.8 6859.1 7192.5 7526. 7861.6 8235.2 9274.9 9004.8 16547 14892 13480 12071 10663 9257.3 7852.6 6448.9 5046. 3643.9 2242.2 840.79 FIGURE 45 Model (A4) > Image Material Data Kwall TABLE 41 Kwall > Constants Thermal Conductivity 25 W m^-1 C^-1 Kfin TABLE 42 Kfin > Constants Thermal Conductivity 250 W m^-1 C^-1
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