教案成果07sw第三方插件expanding the power of s

ExpandingthePowerofSolidWorksforNextGenerationStructuralDesignDr.VladimirPopov,CEO,“SolidACE”UABAndrejJarmolajev,TechnicalDirector,“INRE”UABABOUTSOLIDACEAboutSolidACECAD/CAESoftwareDeveloperforSolidWorkssince2008CAD/CAM/CAE/PDMSystemsproviderandCAD/CAESoftwareDeveloperinLithuaniaandBaltic‟ssince1996DSSolidWorksVARsince2004SoftwareDevelopmentServicesproviderforCAD/CAM/CAE/PDMsince1999WorkingforDSSolidWorksprojectssince2001DevelopmentPartnerRootsandHistoryDevelopmentPartnerSTRUCTURALDESIGNINDUSTRYHIGHLIGHTSChallengesofCustomers•CustomerSnapshot#1.ExistingSolidWorkscustomer(typicallymechanicaldesign),needstodesignsimplesteelstructure-justsupportingframeforequipmentorrackformachinery..NativeWeldmentfunctionalityofSolidWorkslimitstheworktoasinglepart,whilepartdocumenthasalimitofmembers(bodies)withinthepart.•CustomerSnapshot#2.Engineeringconsultingcompany,existingSolidWorksuser,orusinganyotherCADsystem,butlookingforefficientparametric3DmingsystemforStructuralSteelDesign..SolidWorksistherightchoice,buttherearenostandarddatabaseofsteeltableswiththefullsetofsectionpropertiesnecessaryforanalysisanddesignofthestructure,lackofautomationplacingmembers,nospecificconnectionslikeplatesandfasteners.•CustomerSnapshot#3.TheDesignerhascreatedasteelstructurewithinSolidWorksenvironment.TheStructuralEngineermustcheckitandverifybyDesignCoderequirementsbeforegettingapprovalofthedesign,anddoingfinaling..ThereisnosolidmperformedbutAnalysismisavailablefromtheEngineeringDepartment.•CustomerSnapshot#4.CompanyhavingPlantDesignsystemforplantdatamanagement,STAADProsystemforstructuralanalysisaccordingtodesigncodes,SolidWorksformechanicaldesignofequipment..Differentdepartments,usingdifferentsystems,arefacingthelackofcommunicationbetweenthem–samestructuremustbedesignedindifferentsystemsthreetimes..Transferringdatainsolidgeometryformatgivesnon-intelligent,non-editablegeometry.Somespecificsaboutstructuraldesign•Varietyofarchitecturalandstructuralforms•Bigassemblies•Multimaterialstructures•Connections•Structuralanalysisanddesign(A&D),notjustFEA•SpecificrequirementsfordrawingsandBOMs•MultidisciplinecollaborationAllpicturesare©ofNemetschekSciaStructuraldesignprocessworkflow•Conceptualdesign•AnalysisandCalculations•edDesign•Fabrication•Erection•Maintenance•DemolitionScopeofStructuralDesign•Constructionsimulation•Estimation•Productionautomation•NumericalCode•edM•ShopDrawings&Reports•ConnectionsDesign•BOM•GeneralM•G.A.Drawings•Analysis&Design•BOQ•Architectural•Structural•HVAC•ElectricalScopeofStructuralDesignedMGeneralMShopDrawingsShopReports&G.A.DrawingsBillBillofBIMMaterialsBillofBillofQutiesAnalysis&DesignConnectionsDesignSteelCADindustrysoftwareed•StruCad-ACECADSoftwareDesign&•TEKLAStructures(X-Steel)-TEKLAFabrication•SDS/2–DesignDataed•ProSteel–Bentley(AutoCAD,MicroStation)•AdvancedSteel–Graitec(AutoCAD)Design•MultiSteel–MultiSUITESoftware(AutoCAD)Design&basic•AutoCADStructuraling–Autodesk•RealSteel–INRE(AutoCAD)ing•ExpertFrameworkExtensionEFX–B&W(ProE)•RevitStructure–AutodeskConceptual•BentleyStructural–Bentley(MicroStation)design•SmartPlant3D,FrameWorkPlus–Intergraph•PDMSStructural&Architectural-AVEVAAllbrandnamesaretrademarksoftheirrespectiveownersSTEELINSOLIDWORKS–WHATWEHAVEANDWHATWENEEDSteelinSolidWorks–applicationareas•StructuresforHeavyandSmallerMachineryOKZHOLDINGBaltijaUAB,Plungė−Plants,cranes,framesandsupportsforequipmentandmachinerytools,legs,bearings,supports−Assemblylines,transporter,conveyors,cranes•IndustrialPlantConstructions−Structuralframeworks−Trestles,supportsandracks,gantrystructures−Operatingplatforms,maintenancefloors,servicegalleries,staircases,handrails•SpecialEngineeringStructures−Offshore,transport,utilities,…−Telecom,electricmastsandtowers,transmissionpoles−Bridges•ArchitecturalandBuildingStructures−Architecturalforms,buildingframeworks,bracings,facades−Roofstructures:trusses;spacelattices,floorgirdersSolidWorksWeldment–whatwehaveandwhatweneed•SolidWorkshasembeddedtoolsforthedesignofweldedframestructures(Weldment).SolidWorksWeldmentisthefirststeptoStructuralMing.True3Dparametricmlingenvironment(workingwithreal3Dnot2D)..Goodtouseforsimplestructures(mostlyweldedframes).Goodforconceptualmswithpiandequipment.EmbeddedAnalysisSystem(SolidWorksSimulation)(FEAbutnotA&D).Embeddedtoolsforpiandequipmentmling(SolidWorksRouting)•NativeWeldmentfunctionalityofSolidWorkslimitstheworktoasinglepart,whilepartdocumenthasalimitofmembers(bodies)withinthepart.Industryrequirements.Automatesteelmingprocessreducinghandwork.Createstructuralelementsinassemblycontext(nativerepresentationofbuildingms).Usemultipliedelements.Supportbigms(morethan1000parts).Ensureperformanceworkingwithbigassemblies.Createindustryspecificconnectionsconnectioning(cuts,plates,fasteners).Generateeddrawingsandreports.IntegrationwiththirdpartyStructuralA&Dsystems.SupportforexchangeformatstoAEC,Plant,StructuralCADsystemsBUILTWORKSCONCEPTANDPHILOSOPHYBuiltWorks•BuiltWorksisasoftwareapplicationforreal-timesteeldesignwithinthenativeSolidWorksenvironment,providingtoolsfor3Dsolidparametricming,analysisanddesign,connectioningandautomatedgenerationofbothdrawingsandBOMs•DevelopedtomeettheArchitectural,Engineering,Construction(AEC)andPlant,Process&PowerindustriesrequirementsforhighperformanceflexiblemingtoolsthatincludeextendedintegrationcapabilitiesProductConcept5.Import/exportformatsfrom/toBuildingDesignSystems2.AnalysisandDesign1.3DSolidParametricMing6.ExportNCdatainDSTVformats3.Connectioning4.Drawings&BOMs5.Import/exportformatsfrom/toPlantDesignSystemsPhilosophyofBuiltWorksIntergrowthwithSolidWorksInterfaceforSolidWorksInteroperabilityforSolidWorksIntuitivenessandEffectivenessINTERGROWTHWITHSOLIDWORKSIntergrowthwithSolidWorks•IntegratedworkflowwithinSolidWorksenvironment(commondatam,commonproductivitytools,commontaskcontext)•Featurebasedmlingtechnology•NativeSolidWorksmlingtools(sketches,patterns,…)tomanipulateembeddedBuiltWorksmembersinAssemblyor/andPartcontextor/andbothincombination•SolidWorksStructuralelements(Weldment)inAssemblycontextmode•UserprofilesfromWeldmentandToolboxlibraries•Cut-listpropertiesupdatedwithstructuraldataforgenerationofBOMsINTERFACEFORSOLIDWORKSInterfaceforSolidWorks•BuiltWorksconceptisclearlyfocusedontakingthebestofSolidWorksandaddingfunctionalitythatwillallowstructuralengineerstofullybenefitfromitsinherent3Dparametricnature.•Afunctionalitythatadherestothenativewaystructuralengineerswork:.Expandsthepowerofproven3Dmingenginesuitablefor„nextgeneration‟structuralparametricdesigntoolsthatsitsinsideSolidWorks..UsesallnativeSolidWorkstoolspoweredbyembeddedBuiltWorksaddinsthatfacilitateaccurateandintelligentcreationofaindustryspecificsteelworkm.HasintuitivenativetoSolidWorksinterfacewrittenspecificallytomaintainthestructuraldesignworkflowNewMingandingfeatures•AxisbasedGridSystem.Floorelevationsystem.•BuiltWorksmembers–intellectualstructuralobjects•InternationalStandardsofsteelprofilesections•Advancedpossibilitiestositandeditstructuralmembers•Industryengineeringrulesforplacementandalignmentofstructuralmembers•Cuttingrules(copes)•Parametricconnectionmingandingengine•Endplatesandplates•Fasteners(holes,bolts,nuts,washers)•Copyingofconnections•Connectionlibraries•DrawingsautomationandextendedBOMsMing•Gridaxisandelevationsystemisefficientwaytocreatestructuralframeworkbyarchitecturalplansandelevations•BuiltWorksor/andWeldmentmemberscanbeplacedinthecontextof.buildinggridaxes.parametricwireframesketch.existingnodesandelements•BuiltWorksstructuralmemberscanbecreatedbothinPartandAssemblyandmanagedassingleones;ingroupsandarrays•BuiltWorkshasextendedInternationalstandardlibrariesofsteelsectionsandmaterials.ASTMA6-US,EN-Europe,DIN-Germany,BS-UK,GOST–Russia,GB–,JIS–Japan.Canadian,Australian,Indianstandards(arecosoon)•Rotating,mirroring,offsettingbybasepointsandinX,Y,Zaxis,differentoffsetsatstartandendofstructuralmemberBuiltWorksMingPreviewsing•Alignmentbyconstructionline,onebodybyanother,bymemberface,bymemberedgeallowstoestablishmember‟spositioning•Setofflexibleandeasytousecuttingrulesbytherequestedshapeofintersectionbyselectedhierarchy.•Generationandplacingofconnectionendplates,plateslikefinplates,ribplates(stiffeners),sittingplatesandanglecleats•Generationandplacingofconnectionfasteners(holes,bolts,nuts,washers)TechnologyPreview:PlacementofFastenersConnectionsming•BuiltWorkshasconnectionmlingenginethatprovidesflexibleandintuitivetoolsforingofparametricconnections•Fullsetofconnectionslikemembers,plates,cuts,fasteners,holescanbestoredinsideasobjects.•Onescreatedconnectionscanbepropagatedwithinthembycopyingthemtootherjointorstoringtothelibraryforrepetitiveuse.Connectionlibraries•BuiltWorkscontainsstandardconnectionstemplatelibraries,easilyexpandedbynewcustomisedsolutions.•Connectionlibrariescanbe.Projectconnectionlibrary.Standardconnectionlibraries.User()connectionlibraries•Becauseoffullyparametricnatureofconnectionobjectthenumberofstoredconnectionswithineachlibraryislimitedbyselectedformsandpatternsregardlessmemberssizeandshapesdifferences.BuiltWorksingPreviewDrawingautomation•BuiltWorksallowsautomaticgenerationofdesignstagegeneralarrangementdrawings,erectiondrawings,edcomponentdrawingsofsteelassembliesandstructuralparts.•Plans,elevations,cross-sections,andotherstandardoruser-defined2Dviewsarecreateddirectlyfromageneral3Dmofabuilding.•BuiltWorkscreatesbillsofmaterial(BOM)intheformofSolidWorksCutlistsmodifiedbybuildingstandardrequirements.•NumberofcomponentsforCutlistpropertiescanbeobtainedbydefinedmethodsusingthelength,surfaceareaorvolumeparameters.INTEROPERABILITYFORSOLIDWORKSInteroperabilityDirections•BuiltWorksisflexibletoenableexternalbestofbreedverticalmarketproductsfromAECandPlndustriestobelinkedtoSolidWorksestablishingcommunicationchainwithinandbetweencompaniesinvolvedinthedesign,analysis,fabricationandconstructionofindustrialfacilities,buildingsandstructures.TwoCADandA&DsoftwareintegrationmsTransferCreatephysicalDesignandPhysicalMCreateanalysisminCADoptimizeusingtoAnalysismsoftwareA&DsoftwareMresultstoTransferDesignandupdatetheAnalysisMoptimizeusingMakeingminCADtoPhysicalA&DsoftwaresoftwareMMakeingIssuedesignIssuedesignTranslatorstoA&D•BuiltWorksgeneratesSTAAD.Proinputfile.Geometryofthem,cross-sectiondata,offsetsofjointshousingallthetruephysicalparametersandmaterialsare•Afterstructuralanalysisanddesignofthemisperformed,resultsforsectionsreceivedduringcodecheckaretransferredandautomaticallyassignedtotheelementsofthestructuralm.Theelementsareupdatedinaccordancewiththeparametricmlinks•AlsoBuiltWorksensuresalternativedesignworkflowwhentheexistinganalysismfromSTAAD.ProorcompatiblesoftwareisimporteddirectlytotheSolidWorksenvironment,automaticallytransforwireframeanalyticalmto3DsolidmbuiltforfuturemlingandingLinktoSTAAD.ProPreviewTranslatorstoCAD•BuiltWorkscanandsavedatainpopularindustrialformats,includingSDNFandCIS/2.•SDNF(SteelingNeutralFormat)fortransferringthegeometrywithintelligentstructuralattributesbetweenSolidWorksandPlantDesignBentleyStructuralandotherCADsystemsincludingsteelingRevitStructureGraitecAllbrandnamesaretrademarksoftheirrespectiveownersAdvanceSteelSDNFFileSupportPreviewInteroperabilityscenariosCIS/25.ExportviaCIS/2formattoCIS/2(CIMSteelIntegrationStandardsv.2)providesbuildingproductmforBuildingDesignSystems(Tekla)structuralsteelandelectronicdataexchangeamongsoftwareapplicationsdealingwithsteeldesign,analysisandmanufacturing.3.AnalysisandDesign2.3DSolidParametricMing4.Drawings&BOMs1.ImportviaCIS/2formatfrom`IndustrialPlantDesignSystems(SmartPlant)TranslatorstoCAM•BuiltWorkssupportsDSTVNCfileformat,widely-usedindigitalmachine-toolcontrolapplications,whichallowssteelmanufacturerstousemsordrawingsgeneratedwithSolidWorksCADsystem,communicatingdesigninformationtoCNCmachinesusedforstructuralsteelcomponentfabrication.ExportNCdatainDSTVformatsINTUITIVENESSANDEFFECTIVENESSIntuitivenessandEffectivenessasinSolidWorks•User-friendly,nativeSolidWorksintuitiveinterface.•Alldsad-instothecurrentSolidWorksUCSandtherearebuilt-intoolsspecificallyorientatedtoprofessionaluseforstructuralsteelworkdesign•EasyInput–formostdssimplyselecttherelevantelementsandBuiltWorksautomaticallyexecutesthenecessaryoperations.•Quicktoinstallandrun-noconfigurationorserverdatabaseisnecessary•Fasttolearn,especiallytothosewhoarefamiliarwithSolidWorksenvironment•Easytoapply-justworklikeyouusedtoworkwithSolidWorksusingprovidedstructuralmingrulesBuiltWorksenablesfulldesigncirclewithintheSolidWorksenvironmentIndustryIntegrationAECStructuralPlantAllbrandnamesaretrademarksoftheirrespectiveownersBuiltWorksCustomerSnapshot#1•Problem.ExistingSolidWorkscustomer(typicallymechanicaldesign),needstodesignsimplesteelstructure-justsupportingframeforequipmentorrackformachinery..NativeWeldmentfunctionalityofSolidWorkslimitstheworktoasinglepart,whilepartdocumenthasalimitofmembers(bodies)withinthepart.•Solution.AddingBuiltWorksadd-onforSolidWorksextendsthecapabilitiesofWeldmentbyallowinguserstoworkinassembliesfromthebeginning..Standardsteelsectionlibrariesbyinternationalstandardsallowsusertoproviderealgeometryandsectionpropertiestothemembers..HowevercustomWeldmentlibrariescanbeusedasperuserchoiceseparatelyorincombinationwithstandardsections•Benefit.Steelframeworkmcanbebuiltusingtruebuildingstandards.EasierandfasterworkflowindesigningassembliesofbuildingstructuresBuiltWorksCustomerSnapshot#2•Problem.Engineeringconsultingcompany,existingSolidWorksuser,orusinganyotherCADsystem,butlookingforefficientparametric3DmingsystemforStructuralSteelDesign..SolidWorksistherightchoice,buttherearenostructuralaxisgridtool,basedonplansandelevations,nostandarddatabaseofsteeltableswiththefullsetofsectionpropertiesnecessaryforanalysisanddesignofthestructure,lackofautomationplacingmembers,connectionslikeplatesandfasteners.•Solution.UseBuiltWorksmembersfortobeplacedandeditedflexiblyassinglebodypartormultibodypartbygroupsandarraysinthecontextofaparametricwireframesketch,buildinggridaxesorexistingnodesandelements.Flexibletoolsformembersalignmentintheconnectionbyconstructionline,byanothermemberbody,faceorbyedgeallowstoestablishrightmember‟spositioning..Fastgenerationandplacingofconnectionendplates,plateslikefinplates,anglecleats,ribplates(stiffeners)BuiltWorkshasconnectionmlingenginethatprovidesflexibleandintuitivetoolsforingofparametricconnections.Useconnectionmlingenginethatprovidesflexibleandintuitivetoolsforingofparametricconnections•Benefit.SteelframeworkmcanbebuiltinaccordancewithStructuraldesignrulesandhierarchywhichhelpsalotgeneratingdrawingsandreports(BOM).Easierandfasterworkflowindesigningbigassemblies(1000+parts)ofbuildingstructuresBuiltWorksCustomerSnapshot#3•Problem.TheDesignerhascreatedasteelstructurewithinSolidWorksenvironment.TheStructuralEngineermustcheckitandverifybyDesignCoderequirementsbeforegettingapprovalofthedesign,anddoingfinaling..ThereisnosolidmperformedbutAnalysismisavailablefromtheEngineeringDepartment.•Solution.UseBuiltWorkstoensuretheExportofSolidWorksmtothirdpartyStructuralAnalysisandCodebasedDesignSoftwarelikeSTAAD.ProorcompatibleSoftware.IntelligenttransformationofSolidWorksPhysicalmtoSTAAD.ProAnalysism..CalculatewithSTAAD.ProandImportanalysisanddesignresultsfromSTAAD.ProtoSolidWorkswithparametricmupdatereflectingresultsoftheanalysisanddesignbyCoderequirements..ImportofAnalysismfromSTAAD.Proorcompatiblesoftwarethrough*.stdformattlidWorksbytherulesofassembly,partormultibodyfile;continuemingandingwithinSolidWorks(BuiltWorks)environment•Benefit.Ensuredpreciseandreliablecheckofthedesignmaccordingtotherules,requirementsandstandardssetbyConstructionsControlAuthorities..Eliminatedlaboriousdoubleworktopreparedifferentmsfordesignandforanalysisapplications,whichstreamlinestheworkflowandpreventsfromerrorsandinaccuracies.BuiltWorksCustomerSnapshot#4•Problem.CompanyhavingPlantDesignsystemforplantdatamanagement,STAADProsystemforstructuralanalysisaccordingtodesigncodes,SolidWorksformechanicaldesignofequipment..Differentdepartments,usingdifferentsystems,arefacingthelackofcommunicationbetweenthem–samestructuremustbedesignedindifferentsystemsthreetimes..Transferringdatainsolidgeometryformatgives“dumb”non-editablegeometry.•Solution.AddingBuiltWorksadd-onforSolidWorksprovidesarangeoftranslatorsinindustrialdataexchangeformats:−SDNF(SteelingNeutralFormat)fortransferringthegeometrywithintelligentstructuralattributes.−CIS/2(CIMSteelIntegrationStandardsv.2)providesbuildingproductmforstructuralsteelandelectronicdataexchangeamongsoftwareapplicationsdealingwithsteeldesign,analysisandmanufacturing.−DSTV-NCformatforexportingthedatatosteelmanufacturingmachineryautomation.•Benefit.EnsuredinteroperabilityofdiversesystemswithintheorganizationwiththecentralpointofSolidWorksseats.LocateSolidACEbooth#543atPartnerPavilionLukiskiustr.3,VIfloorVilnius,LT-01108LITHUANIAtel.:+370-5-212-4660info@solidace.com