ANSYS AIM技术专题培训

1、ANSYS AIM技术专题培训技术创新 变革未来目录AIM R17新功能介绍ANSYS AIM 案例分享 实例演示R16.0Essential physics for fluids, structures, thermal, and electric conductionStatic/steady state, modalSingle, easy-to-use user environmentSCDM and DXR16.1UX improvementsStructural jointsCHT (Beta)Compressible flow (Beta)Stress-life fatigue

2、(Beta)Custom templates (Beta)R16.2CHTCompressible flowBuoyancyNon-linear contactLarge deflectionStress-life fatigueOne-way thermal FSICustom templatesEnhanced graphicsAuto-region interfaces(Beta)Integrated design points (Beta)R17.0Integrated modelingMaterial renderingIntegrated design pointsAuto-reg

3、ion interfacesEnhanced solution monitoringRemote loadsStrain-life fatigueField level helpAIM on simulation portalStudent licensingUX improvementsMagnetostatics (Beta)AIM = Mechanical and Fluent (Beta)AIM in 2015Rapid progression in capabilityAIM 17.0 New FeaturesIntegrated geometry modelingIntegrate

4、d design pointsMaterial based renderingStrain life fatigueRemote loadsAuto-region interface generationEnhanced solution monitoringField level helpEnhanced one-way thermal FSIProject wizardsAIM Student versionStress in Clutch HousingHeat Exchanger CoolingAirfoil PerformanceFatigue Life AssessmentInte

5、grated Geometry ModelingGeometry modeling via SCDM is directly accessible from within AIM StudyTemplates updated to reflect new import and geometry editing optionsFamiliar SCDM environment for geometry creation and editingDirectly add geometric parametersFaster geometry updatesIntegrated Design Poin

6、tsDesign point studies can be performed directly within AIM UINew Design Point DashboardManage, update and review design points on DashboardRetrieve full field data for selected design pointsMaterial Based RenderingEnhanced display renders bodies based on material appearanceAppearance settings inclu

7、ded for many common materialsBeta option allows modification of appearance settings for materialsEnhanced display can be used at any stage in the simulation processAll other graphics interactions,like selection, remain availableStrain Life FatigueStrain Life FatigueGuided template for fatigue analys

8、is (stress life or strain life)Fully reversed, zero, prescribed ratio and scale factor loadingResults include fatigue life, damage, safety factor, biaxiality indication and equivalent alternating stressRemote LoadsApply force loads remotelyApply remotely on topology or pointBody, face or edge select

9、ion uses centroid of selectedtopologyInterface GeneratorAutomatic region interface generation for CHTBased on surfaceproximityIncluded as part of CHT template or add GeneratoruponSimplifies CHT set versus manual regi interface creationHeat exchanger model shown with automatically generated region in

10、terface based on surface proximity.Far Field Boundary ConditionModels free-stream compressibleflow at infinitySpecify location, free- stream Mach number, static pressure, flow direction and temperatureActual boundary values are computed using far field specification and local flow conditionsApplicab

11、le for compressibleflows using the ideal gas lawCompressible flow over an airfoil solved using far field boundary condition.Improved Fluid Initial ConditionsInitial conditions better aligned with boundary condition optionsCan be specified as Automatic orUser definedEnhanced Solution MonitoringAdd mu

12、ltiple convergence and residual monitorsReview multiple charts during solution updateConvergence monitors available for all non-linear physicsInterrupt, interrogate results and continue frominterrupted state for all physicsField Level HelpEasily accessible help for any propertyHover over property na

13、me to expose “?” symbolClick on “?” to display field le propertyMay include links to full docuvel help formentationfor more detailed informationSimulation PortalConnect to the Simulation Portal (EKM) from AIMArchive and restore AIM projectsAIM summary reports availableEnhanced Mapping for FSItureRad

14、ial basis function mapping for volumetric tempera dataProvides greater accuracy with a higher computational cost versus default nearest node algorithmDiagnostic information to assess quality of temperature mappingAIM Project WizardsAIM Project WizardsCompletely automates an AIM simulationWalks a non

15、-expert user through a simulation step-by- stepwithBased on ACT (included AIM)Custom Simulation Process TemplatesEnhancements to custom simulation process templatesField-level helpRadio listsMulti-select listsAIM Student LicenseGeometry, meshing and solution limited licenseNew license key (aa_s_aim)

16、Geometry modeling limited to 300 faces and 50 bodiesStructural, thermal and electric conduction meshing and solution limited to 100,000 nodesFluid meshing and solution limited to 1,000,000 nodesAIM 17.0 Beta FeaturesBeta features can be activated by selecting Tools Options AppearanceBeta features ca

17、n be uniquelyturned on or offFor more information consult the AIM beta documentation available on the Customer PortalMagnetics MagnetostaticsCompute magnetic flux density, magnetic field intensity, current density, Ohmic loss, magnetic force, torque and inductanceAdaptive solutionInsulating, termina

18、l and winding boundary conditionsCoupling with thermalanalysisGeometry and Mesh Transfer Transfer geometry and mesh data from AIM to Fluent or MechanicalVia Workbench schematic connectionMaterial Appearance Customization Customize material appearance propertiesIncluded as part of material dataCustomize RGB colors,ughnessopacity, metallic, roand transmittanceEnhanced Interface Condition Location Display Improved visualization of interfacesApplicable to dis