装船机智能快速设计系统及其虚拟仿真(3)
时间:2025-04-18
时间:2025-04-18
Abstract
ABSTRACT
Inthemarketeconomy,increasinglyintensecompetitionentailsahigher
requirementonproductquality,costcontrol,andshortproducingperiod.Andtokeep
ofcomputingandintemettechniques,digitalization,pacewiththedevelopment
globalizationandagilityaretheirresistibletrend.Atthis,traditionalmodeof
improvemechanicaldesignfailstoadapt.Thus,todesignqualityandshortendesign
terms,anupdateincurrentwaysofdesignbecomesnecessary.
allInmechanicdesigning,weusedtomodifyavailabletypetogetanew
product,whichhavethesamestructure,butdifferentparameters.Asforthissituation,especiallylargesophisticatedproducts,thedesignplansforbiddingrequireaquickresponsefortheneedsofuser8.Outofthechainofdesigning,thekeylinkistheanticipationanddesigningofmechanicstructures,whichholdsswayOVerthefinal
oncostand
developpriceofproducts.Basedthetheoryofmodemdesign,thissubjectaimstoanintelligentandrapiddesignsystemofShipLoadertomeetthemarketdemand.ThissystemtakesfulladvantageofParametricTechnology:parameterize
and
andsearching,thentheabstracteddataofthedimensionsofShipLoader,inputfriendlyUSerinterfaceintothedatabasefordatacalling
theAPIinterfaceofCAD
tobuildthestoredatathrougharesorttoandSolidWorkstocalltheparameterizeddatainstorage,amodel.Thissystem
nextadoptstheAPDLofANSYStocreatetemplateforthefiniteanalysisofShipLoader,automaticallydrivestheANSYScallsparameterizeddatafromflowtoobjectmodeldatabase,andcommandimplement
construction,structureanalysisandintelligentassessmentoftheanalysisresults.AndthelaststepistransmittingdatafromdatabasetoVegaPrime,runningvirtualrealitysimulationthroughAPIinterface,whichatthesametimefacilitatestheassessingprocessforUSerS.
Intheend,thisdissertationdevelopsaprototypeofthis
onaShipLoaderdesignsystemandverifiesitsfeasibilityandefficiencybased
Key6000T/HShipLoader.Words:IntelligentandRapidDesign,ParametricTechnology,ModularizationTechnology,
VirtualReality,ShipLoader,¨
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