Transcription
Introduction to AbaqusAbaqus 2018
About this CourseCourse objectivesUpon completion of this course you will be able to:Use Abaqus/CAE to create complete finite element models.Use Abaqus/CAE to submit and monitor analysis jobs.Use Abaqus/CAE to view and evaluate simulation results.Solve structural analysis problems using Abaqus/Standard and Abaqus/Explicit, including the effects ofmaterial nonlinearity, large deformation and contact.Targeted audienceSimulation AnalystsPrerequisitesNone4 days
Day 1Lesson 1Overview of AbaqusDemo 1A First Look at AbaqusWorkshop 1Linear Static Analysis of a Cantilever BeamLesson 2Working with Geometry (Part 1)Demo 2Working with Native GeometryWorkshop 2Creating Native Geometry: Pipe Creep ModelLesson 3Working with Geometry (Part 2)Demo 3aGenerating a Shell From a Thin SolidWorkshop 3aImport and Geometry Repair of Intersecting PipesDemo 3bImporting and Editing an Orphan MeshWorkshop 3bImporting and Editing an Orphan Mesh: Pump Model
Day 2Lesson 4Material and Section PropertiesDemo 4Creating Materials and Assigning SectionsWorkshop 4aMaterial and Section Properties: Pipe Creep ModelWorkshop 4bMaterial and Section Properties: Pump ModelLesson 5Assemblies in AbaqusDemo 5Creating an AssemblyWorkshop 5Pump Model AssemblyLesson 6Steps, Output, Loads, & Boundary ConditionsDemo 6aCreating StepsDemo 6bUsing the Load ModuleWorkshop 6aStep Definition and Loads: Pipe Creep ModelWorkshop 6bStep Definition and Loads: Pump ModelLesson 7Meshing Imported and Native GeometryDemo 7Using the Mesh ModuleWorkshop 7aStructured Hex Meshing: Pipe Creep ModelWorkshop 7bFree and Swept Meshing: Pump ModelWorkshop 7cMeshing of Intersecting Pipes
Day 3Lesson 8Job Management and Results VisualizationDemo 8aUsing the Keywords EditorDemo 8bVisualizing ResultsWorkshop 8Creep of a Pipe IntersectionLesson 9Linear and Nonlinear ProblemsLesson 10Analysis Procedures (Part 1)Demo 10Nonlinear Static AnalysisWorkshop 10aLinear Analysis of a Skew PlateWorkshop 10bNonlinear Analysis of a Skew PlateLesson 11Analysis Procedures (Part 2)Demo 11Multiple Load CasesWorkshop 11Linear Static Analysis of a Cantilever Beam (optional)
Day 4Lesson 12Analysis Procedures (Part 3)Workshop 12aDynamic Analysis of a Skew PlateWorkshop 12bPipe Whip AnalysisLesson 13Workshop 13Lesson 14Analysis Continuation TechniquesUnloading Analysis of a Skew PlateConstraints and ConnectionsDemo 14Defining a Rigid BodyWorkshop 14Tie Constraints: Pump ModelLesson 15ContactDemo 15Using Automatic Contact Detection and General ContactWorkshop 15Nonlinear Static Analysis of a Pump Assembly
Additional MaterialAppendix 1Element Selection CriteriaAppendix 2Analyzing Highly Nonlinear Quasi-Static ProblemsWorkshop A2Appendix 3Workshop A3Single Pass Rolling of a Thick PlateHeat Transfer and Thermal-Stress AnalysisThermal-Stress Analysis of Intersecting Pipes
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Revision Status (1/2)Lesson 111/17Updated for Abaqus 2018Demonstration 111/17Updated for Abaqus 2018Lesson 211/17Updated for Abaqus 2018Demonstration 211/17Updated for Abaqus 2018Lesson 311/17Updated for Abaqus 2018Demonstration 3a11/17Updated for Abaqus 2018Lesson 411/17Updated for Abaqus 2018Demonstration 3b11/17Updated for Abaqus 2018Lesson 511/17Updated for Abaqus 2018Demonstration 411/17Updated for Abaqus 2018Lesson 611/17Updated for Abaqus 2018Demonstration 511/17Updated for Abaqus 2018Lesson 711/17Updated for Abaqus 2018Demonstration 6a11/17Updated for Abaqus 2018Lesson 811/17Updated for Abaqus 2018Demonstration 6b11/17Updated for Abaqus 2018Lesson 911/17Updated for Abaqus 2018Demonstration 711/17Updated for Abaqus 2018Lesson 1011/17Updated for Abaqus 2018Demonstration 8a11/17Updated for Abaqus 2018Lesson 1111/17Updated for Abaqus 2018Demonstration 8b11/17Updated for Abaqus 2018Lesson 1211/17Updated for Abaqus 2018Demonstration 1011/17Updated for Abaqus 2018Lesson 1311/17Updated for Abaqus 2018Demonstration 1111/17Updated for Abaqus 2018Lesson 1411/17Updated for Abaqus 2018Demonstration 1411/17Updated for Abaqus 2018Lesson 1511/17Updated for Abaqus 2018Demonstration 1511/17Updated for Abaqus 2018Appendix 111/17Updated for Abaqus 2018Appendix 211/17Updated for Abaqus 2018Appendix 311/17Updated for Abaqus 2018
Revision Status (2/2)Workshop 111/17Updated for Abaqus 2018Workshop 10a11/17Updated for Abaqus 2018Workshop 211/17Updated for Abaqus 2018Workshop 10b11/17Updated for Abaqus 2018Workshop 3a11/17Updated for Abaqus 2018Workshop 1111/17Updated for Abaqus 2018Workshop 3b11/17Updated for Abaqus 2018Workshop 12a11/17Updated for Abaqus 2018Workshop 4a11/17Updated for Abaqus 2018Workshop 12b11/17Updated for Abaqus 2018Workshop 4b11/17Updated for Abaqus 2018Workshop 1311/17Updated for Abaqus 2018Workshop 511/17Updated for Abaqus 2018Workshop 1411/17Updated for Abaqus 2018Workshop 6a11/17Updated for Abaqus 2018Workshop 1511/17Updated for Abaqus 2018Workshop 6b11/17Updated for Abaqus 2018Workshop A211/17Updated for Abaqus 2018Workshop 7a11/17Updated for Abaqus 2018Workshop A311/17Updated for Abaqus 2018Workshop 7b11/17Updated for Abaqus 2018Workshop 7c11/17Updated for Abaqus 2018Workshop 811/17Updated for Abaqus 2018
Lesson 1: Overview of Abaquswww.3ds.com Dassault SystèmesLesson content:What is Abaqus FEA?Abaqus/CAEAbaqus/Standard and Abaqus/ExplicitAbaqus ConventionsWorking with the Model TreeOther Abaqus/CAE TopicsDocumentationLearning CommunityAbaqus Environment SettingsAbaqus Fetch UtilityWorkshop PreliminariesDemonstration 1: A First Look at Abaqus/CAEWorkshop 1: Linear Static Analysis of a Cantilever Beam2.5 hoursL1.1
Lesson 2: Working with Geometry (Part 1)www.3ds.com Dassault SystèmesLesson content:Abaqus/CAE: Part ModuleWhat are Parts?Creating Part GeometryBuilding a Part Using the Part Module ToolsThe SketcherAdding FeaturesMiscellaneous TopicsDemonstration 2: Working with Native GeometryWorkshop 2: Creating Native Geometry: Pipe Creep Model2 hoursL2.1
Lesson 3: Working with Geometry (Part 2)www.3ds.com Dassault SystèmesLesson content:Abaqus/CAE: Part ModuleGeometry Import and RepairDemonstration 3a: Generating a Shell From a Thin SolidWorkshop 3a: Geometry Repair of Intersecting PipesPart from an Orphan MeshCreating Geometry from an Orphan MeshDemonstration 3b: Importing and Editing an Orphan MeshWorkshop 3b: Importing and Editing an Orphan Mesh: Pump Model1 hourL3.1
Lesson 4: Material and Section Propertieswww.3ds.com Dassault SystèmesLesson content:Abaqus/CAE: Property ModuleAbaqus Material DefinitionsAbaqus ConventionsLinear ElasticityLarge Strain ElasticityMetal PlasticityMaterial CalibrationMaterial DatabasesSection PropertiesSpecial Features: Skins and StringersDemonstration 4: Creating Materials and Assigning SectionsWorkshop 4a: Material and Section Properties: Pipe ModelWorkshop 4b: Material and Section Properties: Pump Model2 hoursL4.1
Lesson 5: Assemblies in Abaquswww.3ds.com Dassault SystèmesLesson content:Abaqus/CAE: Assembly ModuleWhat is an Assembly?Positioning InstancesOther OperationsSubassembliesSetsSurfacesDisplay GroupsInstance TypesDemonstration 5: Creating an Assembly; Boolean OperationsWorkshop 5: Pump Model Assembly2 hoursL5.1
Lesson 6: Steps, Output, Loads, & Boundary Conditionswww.3ds.com Dassault SystèmesLesson content:Abaqus/CAE: Step ModuleAnalysis Steps and ProceduresDemonstration 6a: Creating StepsOutput RequestsOutput FilesAbaqus/CAE: Load ModuleAmplitudes and DistributionsLoads and Boundary ConditionsInitial ConditionsDemonstration 6b: Using the Load ModuleWorkshop 6a: Step Definition and Loads: Pipe Creep ModelWorkshop 6b: Step Definition and Loads: Pump Model2 hoursL6.1
Lesson 7: Meshing Imported and Native GeometryL7.1www.3ds.com Dassault SystèmesLesson content:Abaqus/CAE: Mesh ModuleWhat is a Mesh?Elements in AbaqusMesh Generation WorkflowThe Mesh ModuleCommon Tools:DensityControlsElement SelectionMeshingLocal Fine-tuningQuality Checks2 hoursAdvanced Topics:Virtual TopologyBottom-up MeshingMesh CompatibilityMesh ConvergenceDependent and Independent Part InstancesDemonstration 7: Using the Mesh ModuleWorkshop 7a: Structured Hex Meshing: PipeCreep ModelWorkshop 7b: Free and Swept Meshing:Pump ModelWorkshop 7c: Meshing of Intersecting Pipes
Lesson 8: Job Management and Results Visualizationwww.3ds.com Dassault SystèmesLesson content:Abaqus/CAE: Job ModuleAnalysis JobsCreating a JobThe Job ManagerMonitoring the Progress of an AnalysisKeywords EditorDemonstration 8a: Using the KeywordsEditorViewing and Interpreting ResultsAbaqus/CAE: Visualization ModuleViewing and Interpreting ResultsOutputExample 1: Overhead Hoist3 hoursExample 2: Overhead Hoist – DynamicLoadingExample 3: Connecting LugAdditional TopicsColor CodingDisplay GroupsManaging ViewportsDisplay OptionsDemonstration 8b: Visualizing ResultsAdvanced TopicsResult OptionsFinal ThoughtsWorkshop 8: Creep of a Pipe IntersectionL8.1
Lesson 9: Linear and Nonlinear Problemswww.3ds.com Dassault SystèmesLesson content:Is my problem nonlinear?What are the main sources of nonlinearities?Why are nonlinear problems hard to solve?How are nonlinear problems solved?Summary30 minutesL9.1
Lesson 10: Analysis Procedures (Part 1)www.3ds.com Dassault SystèmesLesson content:PreliminariesAbaqus Model and Analysis StepsAnalysis ProceduresThe static, general analysis procedureFinding a converged solutionDemonstration 10: Nonlinear Static AnalysisWorkshop 10a: Linear Analysis of a Skew PlateWorkshop 10b: Nonlinear Analysis of a Skew Plate2 hoursL10.1
Lesson 11: Analysis Procedures (Part 2)www.3ds.com Dassault SystèmesLesson content:Preliminaries: Analysis ProceduresLinear Perturbation ProceduresThe Static, Linear Perturbation procedureBuckle procedureFrequency procedureSummary, so far.Multistep AnalysesDemonstration 11: Load Cases and Multi-Step analysisWorkshop 11: Linear Static Analysis of a Cantilever Beam (optional)2 hoursL11.1
Lesson 12: Analysis Procedures (Part 3)www.3ds.com Dassault SystèmesLesson content:PreliminariesAnalysis ProceduresWhat Makes a Problem Dynamic?Implicit vs Explicit time integrationThe dynamic, explicit analysis procedureStability LimitFinding a solution faster!Troubleshooting Abaqus/Explicit analysesWorkshop 12a: Dynamic Analysis of a Skew PlateWorkshop 12b: Pipe Whip Analysis2 hoursL12.1
Lesson 13: Analysis Continuation TechniquesLesson content:www.3ds.com Dassault SystèmesAnalysis Continuation TechniquesRestarting an Abaqus AnalysisWorkshop 13: Unloading Analysis of a Skew Plate30 minutesL13.1
Lesson 14: Constraints and Connectionswww.3ds.com Dassault SystèmesLesson content:IntroductionRigid Body ConstraintTie ConstraintCoupling ConstraintShell-to-Solid CouplingConnector ElementsMesh-independent FastenersDemonstration 14: Defining a Rigid BodyWorkshop 14: Tie Constraints: Pump Model1 hourL14.1
Lesson 15: Contactwww.3ds.com Dassault SystèmesLesson content:IntroductionMechanical Contact PropertiesContact DomainContact Formulation and ControlsSummaryExample 1: Shearing of a lap joint with contact pairsExample 2: Shearing of a lap joint with general contactExample 3: Crimp forming with general contactAdditional TopicsHandling Initial OverclosuresContact OutputModeling TipsDemonstration 15: Using Automatic Contact Detection and General ContactWorkshop 15: Nonlinear Static Analysis of a Pump Assembly2 hoursL15.1
Appendix 1: Element Selection Criteriawww.3ds.com Dassault SystèmesAppendix content:ElementsStructural (Shells and Beams) vs. Continuum ElementsModeling Bending Using Continuum ElementsStress ConcentrationsContactIncompressible MaterialsMesh GenerationSolid Element Selection Summary1.5 hoursA1.1
Appendix 2: Analyzing Nonlinear Quasi-Static Problemswww.3ds.com Dassault SystèmesAppendix content:IntroductionSolution StrategiesQuasi-Static Simulations Using Explicit DynamicsAdaptive MeshingWorkshop A2: Single Pass Rolling of a Thick Plate3 hoursA2.1
Appendix 3: Heat Transfer and Thermal-Stress Analysiswww.3ds.com Dassault SystèmesAppendix content:IntroductionSteady-State Heat TransferTransient Heat TransferThermal InterfacesThermal-Stress AnalysisWorkshop A3: Thermal-Stress Analysis of Intersecting Pipes2 hoursA3.1
Documentation Learning Community Abaqus Environment Settings Abaqus Fetch Utility Workshop Preliminaries Demonstration 1: A First Look at Abaqus/CAE Workshop 1: Linear Static Analysis of a Cantilever Beam Lesson 1: Overview of Abaqus 2.5 hours . es L2. 1 Les
