Spot Weld S-N Analysis, 215 ❑ Solution Parameters, 215 ❑ Material Information, 215 ❑ Loading Information, 219 ❑ Job Control, 221 ❑ Results Evaluation, 222 Problem Description for Spot Weld Analysis with Spot Welds Modeled as Stiff BARS, 211 ❑ Objective, 211 Geometry, 184 ❑ Import FE Model and Results, 184 ❑ Post/Create Groups, 185ĭetermine the Critical Location, 188 ❑ Solution Parameters, 189 ❑ Material Information, 190 ❑ Loading Information, 190 ❑ Job Control, 194Įvaluate Results, 197 ❑ Biaxiality - a Multiaxial Assessment, 198 Problem Description, 182 ❑ Objectives, 182 S-N Analysis of Engine Mounting Lug, 168 ❑ Solution Parameters, 168 ❑ Material Information, 168 ❑ Loading Information, 170 ❑ Job Control, 173 ❑ Results, 174Ĭrack Growth Analysis of Engine Lug, 177 ❑ Solution Parameters, 177 ❑ Material Information, 178 ❑ Loading Information, 179 ❑ Job Control, 180 ❑ Results, 180 Problem Description, 166 ❑ Objectives, 166 LEFM Analysis of Lug, 159 ❑ Solution Parameters, 159 ❑ Material Information, 161 ❑ Loading Information, 161 ❑ Job Control, 161 ❑ Results, 161 Loading Information, 154 Job Control, 154 Results - Factor of Safety Analysis, 154Į-N Analysis of Lug, 157 ❑ Solution Parameters, 157 ❑ Material Information, 157 ❑ Loading Information, 157 ❑ Job Control, 157 ❑ Results, 158 S-N Analysis of Lug Weld, 152 ❑ Solution Parameters, 152 ❑ Material Information, 152 Problem Description, 150 ❑ Objectives, 150 Review the Results, 142 ❑ Tabular Listing, 142 ❑ Interactive Operation, 142 ❑ Optimization, 144Ĭoncluding Remarks, 146 ❑ Analysis without an FE Model, 146 ❑ MSC.Fatigue Files, 147
HOW TO USE REACTPSN 3.20 CRACK
Run the Fracture Analysis, 140 ❑ Cycle by Cycle Growth, 140 ❑ The Fatigue Crack Propagation Rectangle, 141 Set Up the Fracture Analysis, 133 ❑ Solution Parameters, 134 ❑ Material Information, 135 ❑ Loading Information, 138 Geometry, 129 ❑ Import the Model, 129 ❑ Define a Compliance Function, 129 Problem Description, 128 ❑ Objective, 128 Investigate Surface Finish/Treatment, 123 Set Up Second Fatigue Analysis, 118 ❑ Include the Residual Stress, 118 ❑ Run the Fatigue Analysis, 119 ❑ Review the Results, 119 Run the Fatigue Analysis, 117 Review the Results, 117 Set Up First Fatigue Analysis, 115 ❑ Solution Parameters, 115 ❑ Material Information, 115 ❑ Loading Information, 116 Geometry, 113 ❑ Import the Model, 113 ❑ View the Stress Results, 113 Problem Description, 112 ❑ Objective, 112 Review the Results, 106 ❑ View the Life Contour Plot, 107Ĭoncluding Remarks, 108 ❑ Other Notch Corrections, 108 ❑ Stresses vs. Run the Fatigue Analysis, 104 ❑ Rainflow Cycle Counting, 104 ❑ Elastic-Plastic Correction, 104 Set Up the Fatigue Analysis, 92 ❑ Solution Parameters, 93 ❑ Material Information, 94 ❑ Loading Information, 100 Geometry, 91 ❑ Import the Model, 91 ❑ View the Stress Results, 91 Review the Results, 84 ❑ View the Life Contour Plot, 84 ❑ Tabular Listing, 85 ❑ Design Optimization, 85Ĭoncluding Remarks, 88 ❑ Batch Operations, 88 Set Up the Fatigue Analysis, 73 ❑ Solution Parameters, 74 ❑ Material Information, 74 ❑ Loading Information, 80 Geometry, 71 ❑ Import the Model and Results, 71 ❑ View the Stress Results, 72 Review the Results, 62 ❑ Tabular Listing, 62 ❑ Histogram Matrix, 62 ❑ Effect of Mean Stress, 64 ❑ Probabilistic Nature of Fatigue, 65 Run the Fatigue Analysis, 60 ❑ Rainflow Cycle Counting, 60 ❑ Damage Summation, 60 ❑ Speeding up the Analysis, 61 Set Up the Fatigue Analysis, 55 ❑ Load the Previous S-N Analysis Parameters, 55 ❑ Loading Information, 56 Multiple Mean Stress Curve Support, 47 ❑ Set Up the Fatigue Analysis, 47 ❑ Run the Fatigue Analysis, 49 Review the Results, 43 ❑ View the Life Contour Plot, 43 ❑ Tabular Listing, 44 ❑ What If?, 44 Set Up the Fatigue Analysis, 33 ❑ Solution Parameters, 34 ❑ Material Information, 35 ❑ Loading Information, 38 Geometry, 31 ❑ Import the Model, 31 ❑ View the Stress Results, 32
HOW TO USE REACTPSN 3.20 SERIES
Purpose of Guide, 2 ❑ Assumptions, 2 ❑ Organization of Guide, 2ĭefinitions, 3 ❑ The Fatigue “Five-Box Trick”, 4 ❑ Life Prediction Methods, 5 ❑ FE Analysis Methods, 5 ❑ Design Philosophies, 6 ❑ Life Estimation Process, 7ĭifferent Methods of FE Import, 9 ❑ MSC.Nastran FE Model and Results, 9 ❑ ABAQUS (or Advanced FEA) FE Results, 11 ❑ ANSYS FE Results, 12 ❑ MSC.Marc FE Results, 12 ❑ PATRAN Neutral and Result Files, 13 ❑ I-DEAS Master Series Universal Files, 19 ❑ MSC.Patran FEA Result Files, 20 C O N T E N T S MSC.Fatigue QuickStart Guide MSC.Fatigue QuickStart Guide
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