簡介：摘要I摘要本論文根據(jù)產(chǎn)品圖樣，分析沖裁件的形狀、特點、尺寸大小精度要求、表面質量及所用材料等沖壓工世性，在此基礎上，分別設計復合模及壓紋等單工序模具，實現(xiàn)流水線作業(yè)。流水線作業(yè)是本次設計的亮點所在。凸模采用成型加工或線切割，沖裁部分進行熱處理，由螺釘固定，剛性推件，彈性卸料裝置橡膠的彈性把料板由下而上推出，隨上模的動作而動作，運動平穩(wěn)可靠且不易損壞模具，采用中間導柱圓形有利用安裝，且因安裝不當而造成模具損壞，根據(jù)沖壓力選擇開式固定臺壓力機。關鍵詞關鍵詞沖裁件；級進模；設計目錄III目錄摘要IABSTRACTII第一章概述111板式換熱器的介紹112國內外模具發(fā)展現(xiàn)狀2第二章散熱片沖壓工藝性能分析521散熱片的介紹522散熱片形狀尺寸523散熱片的工作原理624散熱片尺寸及精度要求625散熱片沖壓工藝性分析7第三章模具方案的分析確定731方案一732方案二933結論11第四章模具設計1241沖孔模模具設計12411確定合理的沖裁間隙13412沖壓壓力的計算14413壓力機的選擇14414凹凸模刃口尺寸的設計15415沖模閉合高度的確定15416螺栓選取和強度校核15417銷釘選取和強度校核1642對稱導柱壓中間紋模具設計計算17421沖裁壓力計算17422壓力機的選擇18423模具間隙值的確定18424凸凹模刃口尺寸的設計19425沖模閉合高度的確定19426沖模主要零部件的設計計算20427螺栓選取和強度校核21428銷釘選取和強度校核2143中間導柱壓兩側紋模具的計算22431沖裁壓力計算22432壓力機的選擇22433模具間隙值的確定23434沖模閉合高度的確定23435凸凹模刃口尺寸的設計23436沖模主要零部件的設計計算24437螺栓選取和強度校核25

簡介：編號畢業(yè)設計論文外文翻譯（譯文）學院機電工程學院專業(yè)機械設計制造及其自動化學生姓名學號指導教師單位藝術與設計學院姓名梁惠萍職稱講師2012年5月15日PRODUCEACOMPLIANTPART,SAVINGTIMEANDCOSTTHEQUALITYADVANTAGESOFTHEMUCELLPROCESSARECOMPLEMENTEDBYCERTAINDIRECTECONOMICADVANTAGES,INCLUDINGTHEABILITYTOPRODUCE2033MOREPARTSPERHOURONAGIVENMOLDEDMACHINE,ANDTHEABILITYTOMOLDPARTSONLOWERTONNAGEMACHINESASARESULTOFTHEVISCOSITYREDUCTIONANDTHEELIMINATIONOFTHEPACKINGREQUIREMENTTHATACCOMPANIESTHEUSEOFSUPERCRITICALGASTHIS25PAGEPROCESSINGHANDBOOKCOVERSALLASPECTSOFTHEPROCESSFROMSETUPTOTROUBLESHOOTINGTOOPTIMIZINGRESULTSITISPRIMARILYUSEFULTOCOMPANIESWHOAREMANUFACTURINGORAREPLANNINGTOMANUFACTUREPARTSUSINGTHEMUCELLINJECTIONMOLDINGPROCESSPLEASECONTACTTREXELFORACOPYOFTHISPUBLICATIONTHEMUCELLINJECTIONMOLDINGPROCESSINVOLVESTHEHIGHLYCONTROLLEDUSEOFGASINITSSUPERCRITICALSTATESCFTOCREATEDMILLIONSOFMICRONSIZEDVOIDSINTHINWALLMOLDEDPARTSLESSTHAN3MMWITHTHECORRECTEQUIPMENTCONFIGURATION,MOLDDESIGN,ANDPROCESSINGCONDITIONSTHESEMICROCELLULARVOIDSARERELATIVELYUNIFORMINSIZEANDDISTRIBUTIONTHEVOIDSARECREATEDORNUCLEATEDASARESULTOFHOMOGENEOUSNUCLEATIONTHATOCCURSWHENASINGLEPHASESOLUTIONOFPOLYMERANDGASCOMMONLYNITROGEN,BUTOCCASIONALLYCARBONDIOXIDEPASSESTHROUGHTHEINJECTIONGATEINTOTHEMOLDTHESINGLEPHASESOLUTIONISCREATEDTHROUGHTHEOPERATIONOFACONVENTIONALINJECTIONMOLDINGMACHINEWHICHHASBEENMODIFIEDTOALLOWTHECREATIONOFASINGLEPHASESOLUTIONTHEKEYMODIFICATIONSTOTHESYSTEMINVOLVETHEUSEOFAPRECISIONSCFDELIVERYSYSTEMTODELIVERSCFTOSPECIALINJECTORSBASEDONMASSFLOWMETERINGPRINCIPLESTHESCFISTHENINJECTEDINTOTHEBARRELWHEREITISMIXEDWITHTHEPOLYMERVIAASPECIALLYDESIGNEDSCREWASHUTOFFNOZZLEMAINTAINSTHESINGLEPHASESOLUTIONWHILETHEINJECTIONMOLDINGSCREWMAINTAINSSUFFICIENTBACKPRESSUREATALLTIMESTOPREVENTPREMATUREFOAMINGORTHELOSSOFPRESSUREWHICHWOULDALLOWTHESINGLEPHASESOLUTIONTORETURNTOTHETWOPHASESOLUTIONTREXELHASRECENTLYPUBLISHEDACOMPREHENSIVEMUCELLPROCESSGUIDEINENGLISH,CHINESE,JAPANESE,ANDGERMANWHICHEXPLAINSINSTEPBYSTEPDETAILHOWTOAPPLYTHEMUCELLPROCESSINTHEMANUFACTUREOFMUCELLINJECTIONMOLDEDCOMPONENTSTHIS25PAGEPROCESSINGHANDBOOKCOVERSALLASPECTSOFTHEPROCESSFROMSETUPTOTROUBLESHOOTINGTOOPTIMIZINGRESULTSITISPRIMARILYUSEFULTOCOMPANIESWHOAREMANUFACTURINGORAREPLANNINGTOMANUFACTUREPARTSUSINGTHEMUCELLINJECTIONMOLDINGPROCESSPLEASECONTACTTREXELFORACOPYOFTHISPUBLICATIONTHEMUCELLMICROCELLULARFOAMINJECTIONMOLDINGPROCESSFORTHERMOPLASTICSMATERIALSPROVIDESUNIQUEDESIGNFLEXIBILITYANDCOSTSAVINGSOPPORTUNITIESNOTFOUNDINCONVENTIONALINJECTIONMOLDINGTHEMUCELLPROCESSALLOWSFORPLASTICPARTDESIGNWITHMATERIALWALLTHICKNESSOPTIMIZEDFORFUNCTIONALITYANDNOTFORTHEINJECTIONMOLDINGPROCESSTHECOMBINATIONOFDENSITYREDUCTIONANDDESIGNFORFUNCTIONALITYOFTENRESULTSINMATERIALANDWEIGHTSAVINGSOFMORETHAN20BYREPLACINGTHEPACKHOLDPHASEWITHCELLGROWTH,LOWERSTRESSPARTSAREPRODUCEDWHICHHAVEENHANCEDDIMENSIONALSTABILITYANDSUBSTANTIALLYREDUCEWARPAGECELLGROWTHALSORESULTSINTHEELIMINATIONOFSINKMARKS

簡介：0電位器盒注塑模具設計聲明本人所呈交的電位器盒模具設計，是我在指導教師的指導和查閱相關著作下獨立進行分析研究所取得的成果。除文中已經(jīng)注明引用的內容外，本論文不包含其他個人已經(jīng)發(fā)表或撰寫過的研究成果。對本文的研究做出重要貢獻的個人和集體，均已在文中作了明確說明并表示謝意。作者簽名日期2014年3月20日

簡介：文件名稱崗位職責及績效考核管理辦法制定部門模具部文件編號JXKH001制定日期2010312文件頁次1/9修訂時間1010目的目的為鼓勵模具部門相關工作人員對公司之貢獻力,每個月依照個人在自己本職工作內的表現(xiàn)進行相關考核,并作為月工作績效獎罰金、年度先進工作者的評選、加薪晉級、年終獎金發(fā)放之依據(jù)2020適用范圍適用范圍本部門全體人員均適用3030權責權責31部門主管依平時對部屬作出考核評估記錄，每月底號時呈報部門經(jīng)理審批32部門經(jīng)理督促部門主管考核真實性和稽查工作，以及審查部門主管考核結果32人事部稽查各部門考核真實性，統(tǒng)計當月相關部門考核結果并作薪資核算4040定義定義無無5050作業(yè)內容作業(yè)內容51績效獎金標準績效獎金標準511所有考核人員，考核績效金額為其被考核人員當月崗位補貼和質量工資（不含其它補貼）的50為考核標準。52績效考核方法績效考核方法521個人工作績效的評估依據(jù)執(zhí)行,采用扣分與獎分的方式作業(yè)522本績效考核金額納入基本薪資項目之一,在考核當月薪資中合并發(fā)放523工作績效考核標準分數(shù)為100分,月統(tǒng)計出扣分與獎分524考核評分必須公正,公平,公開的方式,若某一事件發(fā)生在考核標準規(guī)定中多條規(guī)定相接近時,則只好依最近之規(guī)定進行記分525每月20日前部門需依據(jù)月獎罰內容記錄表匯總成月績效考核評估表上交到人事部，由人事經(jīng)理審核,總經(jīng)理核準后列為每月度績效獎金發(fā)放之依據(jù)文件名稱崗位職責及績效考核管理辦法制定部門模具部文件編號JXKH001制定日期2010312文件頁次3/9修訂時間5555績效薪資計算方法績效薪資計算方法551績效薪資總額薪資總額50績效崗位工資質量工資50552當月績效薪資額績效薪資總額考核系數(shù)÷56060參考資料參考資料617070表單表單71月績效考核評分表72月獎罰內容記錄表

簡介：1THEINJECTIONMOLDING1、THEINJECTIONMOLDINGINJECTIONMOLDINGISPRINCIPALLYUSEDFORTHEPRODUCTIONOFTHETHERMOPLASTICPARTS,ALTHOUGHSOMEPROGRESSHASBEENMADEINDEVELOPINGAMETHODFORINJECTIONMOLDINGSOMETHERMOSETTINGMATERIALSTHEPROBLEMOFINJECTIONAMETHODPLASTICINTOAMOLDCAVITYFROMARESERVOIROFMELTEDMATERIALHASBEENEXTREMELYDIFFICULTTOSOLVEFORTHERMOSETTINGPLASTICWHICHCUREANDHARDENUNDERSUCHCONDITIONSWITHINAFEWMINUTESTHEPRINCIPLEOFINJECTIONMOLDINGISQUITESIMILARTOTHATOFDIECASTINGTHEPROCESSCONSISTSOFFEEDINGAPLASTICCOMPOUNDINPOWEREDORGRANULARFORMFROMAHOPPERTHROUGHMETERINGANDMELTINGSTAGESANDTHENINJECTINGITINTOAMOLDAFTERABRIEFCOOLINGPERIOD,THEMOLDISOPENEDANDTHESOLIDIFIEDPARTEJECTEDINJECTIONMOLDINGMACHINEOPERATIONTHEADVANTAGEOFINJECTIONMOLDINGARE（Ⅰ）AHIGHMOLDINGSPEEDADAPTERFORMASSPRODUCTIONISPOSSIBLE；（Ⅱ）THEREISAWIDECHOICEOFTHERMOPLASTICMATERIALSPROVIDINGAVARIETYOFUSEFULPROPERTIES；（Ⅲ）ITISPOSSIBLETOMOLDTHREADS,UNDERCUTS,SIDEHOLES,ANDLARGETHINSECTION2、THEINJECTIONMOLDINGMACHINESEVERALMETHODSAREUSEDTOFORCEORINJECTTHEMELTEDPLASTICINTOTHEMOLDTHEMOSTCOMMONLYUSEDSYSTEMINTHELARGERMACHINESISTHEINLINERECIPROCATINGSCREW,ASSHOWNINFIGURE21THESCREWACTSASACOMBINATIONINJECTIONANDPLASTICIZINGUNITASTHEPLASTICISFEDTOTHEROTATINGSCREW,ITPASSESTHROUGHTHREEZONESASSHOWNFEED,COMPRESSION,ANDMETERINGAFTERTHEFEEDZONE,THESCREWFLIGHTDEPTHISGRADUALLYREDUCED,FORCETHEPLASTICTOCOMPRESSTHEWORKISCONVERTEDTOHEATBYCONDUCTIONFROMTHEBARRELSURFACEASTHECHAMBERINFRONTOFTHESCREWBECOMESFILLED,ITFORCESTHESCREWBACK,TRIPPINGALIMITSWITCHTHATACTIVATESAHYDRAULICCYLINDERTHATFORCESTHESCREWFORWARDANDINJECTSTHEFLUIDPLASTICINTOTHECLOSEDMOLDANANTIFLOWBACKVALVEPRESENTSPLASTICUNDERPRESSUREFROMESCAPINGBACKINTOTHESCREWFLIGHTTHECLAMPINGFORCETHATAMACHINEISCAPABLEOFEXERTINGISPARTOFTHESIZEDESIGNATIONANDISMEASUREDINTONSARULEOFTHUMBCANBEUSEDTODETERMINETHETONNAGEREQUIRED3ISOPENEDTOACHIEVETHISSEQUENCE,SPRINGSMAYBEINCORPORATEDBETWEENTHEFEEDPLATEANDTHEFLOATINGCAVITYPLATETHESPRINGSSHOULDBESTRONGENOUGHTOGIVEANINITIALIMPETUSTOTHEFLOATINGCAVITYPLATETOENSUREITMOVESAWAYWITHTHEMOVINGHALFITISNORMALPRACTICETOMOUNTTHESPRINGSONTHEGUIDEPILLARS（FIGURE32）ANDACCOMMODATETHEMINSUITABLEPOCKETINTHECAVITYPLATETHEMAJORPARTOFTHEFEEDSYSTEM（RUNNERANDSPRUE）ISACCOMMODATEDINTHEFEEDPLATETOFACILITATEAUTOMATICOPERATION,THERUNNERSHOULDBEOFATRAPEZOIDALFORMSOTHATONCEITISPULLEDFROMTHEFEEDPLATEISCANEASILYBEEXTRACTEDNOTETHATIFAROUNDRUNNERISUSED,HALFTHERUNNERISFORMEDINTHEFLOATINGCAVITYPLATE,WHEREITWOULDREMAIN,ANDBEPREVENTEDFROMFALLINGORBEINGWIPEDCLEARWHENTHEMOULDISOPENEDNOWTHATWEHAVECONSIDEREDTHEMOULDASSEMBLYINTHESOMEDETAIL,WELOOKATTHECYCLEOFOPERATIONFORTHISTYPEOFMOULDTHEIMPRESSIONSAREFILLEDVIATHEFEEDSYSTEM（FIGURE31（A））ANDAFTERASUITABLEDWELLPERIOD,THEMACHINEPLATENSCOMMENCETOOPENAFORCEISIMMEDIATELYEXERTEDBYTHECOMPRESSIONSPRINGS,WHICHCAUSETHEFLOATINGCAVITYPLATETOMOVEAWAYWITHTHEMOVINGHALFASPREVIOUSLYDISCUSSEDTHESPRUEISPULLEDFROMTHESPRUEBUSHBYTHESPRUEPULLERAFTERTHEFLOATINGCAVITYPLATEHASMOVEDAPREDETERMINEDDISTANCE,ITISARRESTEDBYTHESTOPBOLTSTHEMOVINGHALFCONTINUESTOMOVEBACKANDTHEMOLDINGS,HAVINGSHRUNKONTOTHECORES,AREWITHDRAWNFROMTHECAVITIESTHEPINGATEBREAKSATITSJUNCTIONWITHTHERUNNER（FIGURE31（B））THESPRUEPULLER,BEINGATTACHEDTOTHEMOVINGHALF,ISPULLEDTHROUGHTHEFLOATINGCAVITYPLATEANDTHEREBYRELEASETHEFEEDSYSTEMWHICHISTHENFREETOFALLBETWEENTHEFLOATINGCAVITYPLATEANDTHEFEEDPLATETHEMOVINGHALFCONTINUESTOMOVEBACKUNTILTHEEJECTORSYSTEMISOPERATEDANDTHEMOLDINGSAREEJECTED（FIGURE31（C））WHENTHEMOULDISCLOSED,THERESPECTIVEPLATESARERETURNEDTOTHEIRMOLDINGPOSITIONANDTHECYCLEISREPEATED4、FEEDSYSTEMITISNECESSARYTOPROVIDEAFLOWWAYINTHEINJECTIONMOULDTOCONNECTTHENOZZLE（OFTHEINJECTIONMACHINE）TOEACHIMPRESSIONTHISFLOWWAYISTERMEDTHEFEEDSYSTEMNORMALLYTHEFEEDSYSTEMCOMPRISESASPRUE,RUNNERANDGATETHESETERMSAPPLY

簡介：模具專業(yè)文獻翻譯模具專業(yè)文獻翻譯外文原文外文原文MODERNFASTECONOMYMANUFACTUREMOLDTECHNOLOGY1INTRODUCTIONALONGWITHTHEGLOBALECONOMYDEVELOPMENT,THENEWTECHNOLOGICALREVOLUTIONMADETHENEWPROGRESSANDTHEBREAKTHROUGHUNCEASINGLY,THETECHNICALLEAPDEVELOPMENTALREADYBECOMESTHEIMPORTANTATTRIBUTEWHICHTHEIMPETUSWORLDECONOMICSGREWTHEMARKETECONOMYUNCEASINGDEVELOPMENT,URGESTHEINDUSTRYPRODUCTMOREANDMORETOTHEMULTIVARIETIES,HIGHGRADE,THELOWCOSTDIRECTIONTODEVELOP,INORDERTOMAINTAINANDSTRENGTHENSTHEPRODUCTINMARKETCOMPETITIVEPOWER,PRODUCTDEVELOPMENTCYCLE,PRODUCTIONCYCLEMOREANDMORESHORT,THEREUPONTOMAKESEACHKINDOFPRODUCTTHEESSENTIALCRAFTEQUIPMENTMOLDREQUESTTOBEMOREANDMOREHARSHONTHEONEHANDTHEENTERPRISEFORTHEPURSUESCALEBENEFIT,CAUSESTHEMOLDTOTURNTOWARDSHIGHSPEED,ISPRECISE,THELONGLIFEDIRECTIONDEVELOPSONTHEOTHERHANDENTERPRISEINORDERTOSATISFYTHEMULTIVARIETIES,,THEPRODUCTRENEWALQUICKLY,WINSTHEMARKETTHENEED,REQUESTSTHEMOLDTOTURNTOWARDSTHEMANUFACTURECYCLETOBESHORT,THECOSTLOWFASTECONOMYDIRECTIONDEVELOPSTHECOMPUTER,THELASER,ELECTRONIC,THENEWMATERIAL,THENEWTECHNICALDEVELOPMENT,CAUSESTHEFASTECONOMICALPATTERNMAKINGTECHNOLOGYEVENMOREPOWERFUL,THEAPPLICATIONSCOPEEXPANDSUNCEASINGLY,THETYPEINCREASESUNCEASINGLY,THECREATIONECONOMICEFFICIENCYANDTHESOCIALEFFICIENCYAREMOREANDMOREREMARKABLE2FASTECONOMICALPATTERNMAKINGSTECHNOLOGIESTYPETHEFASTECONOMICALPATTERNMAKINGTECHNOLOGYANDTHETRADITIONALMACHINEFINISHINGCOMPARES,HASTHEPATTERNMAKINGCYCLESHORT,THECOSTISLOW,THEPRECISIONANDTHELIFECANSATISFYINTHEPRODUCTIONTHEOPERATIONREQUIREMENTS,ISSYNTHESIZESANECONOMICEFFICIENCYQUITEREMARKABLEKINDTOMAKETHEMOLDTHETECHNOLOGY,SUMMARIZESBELOW,HASSEVERALTYPESTOLEAVE21FASTPROTOTYPESMANUFACTURESTECHNOLOGYTHEFASTPROTOTYPEMANUFACTURETECHNOLOGYISCALLEDRPM,ISONEKINDOFNEWMANUFACTURETECHNOLOGYWHICHTHE80SLATERPERIODDEVELOPSUS,JAPAN,ENGLAND,ISRAEL,GERMANY,CHINAHAVEALLPROMOTEDOWNCOMMERCIALIZATIONPRODUCT,ANDHASFORMEDTHENEWINDUSTRYGRADUALLYRPMISTHECOMPUTER,THELASER,THEOPTICALSCANNING,THEADVANCEDNEWMATERIAL,THECOMPUTERAIDEDDESIGNCAD,THECOMPUTERASSISTANCEPROCESSINGCAM,THENUMERICALCONTROLCNCSYNTHESIZESTHEAPPLICATIONTHEHIGHTECHNOLOGYANDNEWTECHNOLOGYINTAKESSHAPEINTHECONCEPTTAKETHEPLANESEPARATE,PILESUPASTHEINSTRUCTION,INTHECONTROLTAKETHECOMPUTERANDTHENUMERICALCONTROLASTHEFOUNDATION,TAKEBIGGESTFLEXIBILITYASGENERALGOALSITHASABANDONEDTHETRADITIONALMACHINEFINISHINGMETHOD,TOTHEMANUFACTURINGINDUSTRYTRANSFORMATIONISASIGNIFICANTBREAKTHROUGH,USESTHERPMTECHNOLOGYTOBEPOSSIBLEDIRECTLYORINDIRECTLYTHEFASTPATTERNMAKING,THISTECHNOLOGYALREADYBYPROFESSIONWIDESPREADAPPLICATIONANDSOONAUTOMOBILE,AVIATION,ELECTRICALAPPLIANCES,SHIPS,MEDICALSERVICE,MOLDUNDERSUMMARIZEDALREADYCOMMERCIALIZATIONCONTINUOUSLY,THEBASISLAMINATIONSOFTWARESELECTIVELYDEPOSITSTHELIQUIDCEMENTINGMATERIALBYTHELEVELONTHEPOWDERLEVEL,FINALLYPILESUPATHREEDIMENSIONALENTITYBYTHESMOOTHPRINTINGTWODIMENSIONALLEVEJUSTSLIKEDOESNOTUSETHELASERTHEFASTPATTERNMAKINGTECHNOLOGYTHISTECHNICALMAINAPPLICATIONTAKESSHAPEINADVANCEINTHECERMETCOMPOUNDMATERIALSPOROUSCERAMICSON,ITSGOALISPRODUCESTHEMOLDORTHEMANUFACTUREDIRECTLYBYTHECADPRODUCTMODEL22SURFACESTAKESHAPETHEPATTERNMAKINGTECHNOLOGYTHESURFACETAKESSHAPETHEPATTERNMAKINGTECHNOLOGY,MAINLYISTHEUSESPURTSSPREADS,THEELECTROLYTICCASTING,CHEMISTRYCORROSIONANDSOONTHENEWTECHNIQUEFORMATIONCAVITYSURFACEANDTHEFINEPATTERNONEKINDOFCRAFTTECHNOLOGY,INTHEPRACTICALAPPLICATIONINCLUDINGFOLLOWINGSEVERALKINDOFTYPES221ELECTRICARCSSPURTSPREADTAKESHAPETHEPATTERNMAKINGTECHNOLOGYTHEELECTRICARCSPURTSSPREADSTAKESSHAPETHETECHNICALPRINCIPLEISHASTHEELECTRICARCQUANTITYOFHEATUSINGBETWEEN2CIRCULARTELEGRAMSTINSELTOMELTTHETINSEL,DEPENDSUPONTHECOMPRESSEDGASITSFULLATOMIZATION,ANDGIVESTHECERTAINKINETICENERGY,HIGHSPEEDSPRAYSINTHETYPEMOLDSURFACE,LAYERUPONLAYERMOUNTS,FORMSAMETALSHELL,NAMELYTHECAVITYINTERNALSURFACE,USESTOFILLTHESUBSTRATEMATERIALAGAINGENERALLYFORMETALSILTANDRESINCOMPOUNDMATERIALSPERFORMSTOSUPPORTTHEREINFORCEMENT,ENHANCESITSINTENSITYANDTHERIGIDITY,COMBINESTHEMOLDTOGETHERWITHTHEMETALPATTERNFRAMETHISKINDOFPATTERNMAKINGTECHNOLOGYCRAFTSIMPLE,COSTLOW,MANUFACTURECYCLEEXTREMELYSHORT,THECAVITYSURFACETAKESSHAPEONLYNEEDSFORSEVERALHOURS,SAVESTHEENERGYANDTHEMETALMATERIAL,GENERALCAVITYSURFACE23MMISONLYTHICK,SIMULATIONGREATLYSTRENGTHENED,THEPATTERNPRECISIONMAYACHIEVE05MUMATPRESENTTHISTECHNOLOGYWIDELYUSESINSUPERFICIALSHAPEANDSOONAIRPLANE,AUTOMOBILEMOLD,ELECTRICALAPPLIANCES,FURNITURE,SHOEMAKING,FINEARTSHANDICRAFTISCOMPLEXANDTHEPATTERNFINEEACHKINDOFPOLYURETHANEPRODUCTBLOWMOLDING,ATTRACTSMODELS,THEPVCINJECTION,PUBECOMESSPONGYANDEACHKINDOFINJECTIONTAKESSHAPEINTHEMOLD222ELECTROLYTICCASTINGSTAKESHAPETHETECHNOLOGYTHEELECTROLYTICCASTINGTAKESSHAPETHETECHNICALPRINCIPLETOBESAMEWITHTHEGALVANIZATION,ISACCORDINGTOMODELTHEMOLDREADYMADEPRODUCTORFEMALEMOLDWHICHMAKESACCORDINGTOPRODUCTBLUEPRINTISTHEDATUMNEGATIVEPOLE,PLACESINTHEELECTROLYTICCASTINGFLUIDANODE,CAUSESINTHEELECTROLYTICCASTINGFLUIDTHEMETALLICIONTORETURNTOORIGINALSTATEALATTERPLACEDEPOSITIONONTHETYPEMOLD,FORMSTHEMETALSHELL,AFTERSTRIPSIT,CONTACTSTHESURFACEWITHTHETYPEMOLDNAMELYFORTHEMOLDTHECAVITYINTERNALSURFACETHISTECHNICALMAINCHARACTERISTICISSAVESMATERIAL,THEMOLDMANUFACTURECYCLESHORT,ELECTROLYTICCASTINGLEVELDEGREEOFHARDNESSMAYREACH40HRC,ENHANCEDTHERESISTANCETOWEARANDTHELIFE,ROUGHNESS,THESIZEPRECISIONISCOMPLETELYCONSISTENTWITHTHETYPEMOLD,ISSUITABLEFORTHEINJECTION,ATTRACTSMODELS,THEBLOWMOLDING,KEEPSOUTMODELS,MOLDCAVITYANDTHEELECTRICSPARKANDSOONBAKELITEMOLD,GLASSMOLD,COMPRESSIONCASTINGMOLDTAKESSHAPETHEELECTRODEMANUFACTURE223CAVITIESSURFACESFINEPATTERNTAKESSHAPEETCHINGTECHNOLOGYTHEETCHINGTECHNOLOGYISOPTICS,CHEMISTRY,THEMACHININGSYNTHESISAPPLICATIONONEKINDOFTECHNOLOGY,ITSBASICPRINCIPLEISMAKESFIRSTTHEPATTERNDESIGNTHEFILM,THENINHASSPREADTHEFILMONPATTERNDESIGNDUPLICATIONTHEPHOTOSENSITIVEMATERIALONTHEMOLD

簡介：機械專業(yè)中英文文獻翻譯英文原文英文原文CONCURRENTDESIGNOFPLASTICSINJECTIONMOULDSASSISTPROFDRAYAYLA/PROFDRPA?AYAYLAABSTRACTTHEPLASTICPRODUCTMANUFACTURINGINDUSTRYHASBEENGROWINGRAPIDLYINRECENTYEARSONEOFTHEMOSTPOPULARPROCESSESFORMAKINGPLASTICPARTSISINJECTIONMOULDINGTHEDESIGNOFINJECTIONMOULDISCRITICALLYIMPORTANTTOPRODUCTQUALITYANDEFFICIENTPRODUCTPROCESSINGMOULDMAKINGCOMPANIES,WHOWISHTOMAINTAINTHECOMPETITIVEEDGE,DESIRETOSHORTENBOTHDESIGNANDMANUFACTURINGLEADINGTIMESOFTHEBYAPPLYINGASYSTEMATICMOULDDESIGNPROCESSTHEMOULDINDUSTRYISANIMPORTANTSUPPORTINDUSTRYDURINGTHEPRODUCTDEVELOPMENTPROCESS,SERVINGASANIMPORTANTLINKBETWEENTHEPRODUCTDESIGNERANDMANUFACTURERPRODUCTDEVELOPMENTHASCHANGEDFROMTHETRADITIONALSERIALPROCESSOFDESIGN,FOLLOWEDBYMANUFACTURE,TOAMOREORGANIZEDCONCURRENTPROCESSWHEREDESIGNANDMANUFACTUREARECONSIDEREDATAVERYEARLYSTAGEOFDESIGNTHECONCEPTOFCONCURRENTENGINEERINGCEISNOLONGERNEWANDYETITISSTILLAPPLICABLEANDRELEVANTINTODAY’SMANUFACTURINGENVIRONMENTTEAMWORKINGSPIRIT,MANAGEMENTINVOLVEMENT,TOTALDESIGNPROCESSANDINTEGRATIONOFITTOOLSARESTILLTHEESSENCEOFCETHEAPPLICATIONOFTHECEPROCESSTOTHEDESIGNOFANINJECTIONPROCESSINVOLVESTHESIMULTANEOUSCONSIDERATIONOFPLASTICPARTDESIGN,MOULDDESIGNANDINJECTIONMOULDINGMACHINESELECTION,PRODUCTIONSCHEDULINGANDCOSTASEARLYASPOSSIBLEINTHEDESIGNSTAGTHISPAPERPRESENTSTHEBASICSTRUCTUREOFANINJECTIONMOULDDESIGNTHEBASISOFTHISSYSTEMARISESFROMANANALYSISOFTHEINJECTIONMOULDDESIGNPROCESSFORMOULDDESIGNCOMPANIESTHISINJECTIONMOULDDESIGNSYSTEMCOVERSBOTHTHEMOULDDESIGNPROCESSANDMOULDKNOWLEDGEMANAGEMENTFINALLYTHEPRINCIPLEOFCONCURRENTENGINEERINGPROCESSISOUTLINEDANDTHENITSPRINCIPLEISAPPLIEDTOTHEDESIGNOFAPLASTICINJECTIONMOULDKEYWORDSPLASTICINJECTIONMOULDDESIGN,CONCURRENTENGINEERING,COMPUTERAIDEDENGINEERING,MOULDINGCONDITIONS,PLASTICINJECTIONMOULDING,FLOWSIMULATION1INTRODUCTIOINJECTIONMOULDSAREALWAYSEXPENSIVETOMAKE,UNFORTUNATELYWITHOUTAMOULDITCANNOTBE機械專業(yè)中英文文獻翻譯TOOLSENABLEALLTHESEANALYSISTOBECOMPLETEDINAMETEROFDAYSOREVENHOURS,RATHERTHANWEEKSORMONTHSNEEDEDFORTHEREALEXPERIMENTALTRIALANDERRORCYCLESASCAEISUSEDINTHEEARLYDESIGNOFPART,MOULDANDMOULDINGPARAMETERS,THECOSTSAVINGSARESUBSTANTIALNOTONLYBECAUSEOFBESTFUNCTIONINGPARTANDTIMESAVINGSBUTALSOTHESHORTENSTHETIMENEEDEDTOLAUNCHTHEPRODUCTTOTHEMARKETTHENEEDTOMEETSETTOLERANCESOFPLASTICPARTTIESINTOALLASPECTSOFTHEMOULDINGPROCESS,INCLUDINGPARTSIZEANDSHAPE,RESINCHEMICALSTRUCTURE,THEFILLERSUSED,MOULDCAVITYLAYOUT,GATING,MOULDCOOLINGANDTHERELEASEMECHANISMSUSEDGIVENTHISCOMPLEXITY,DESIGNERSOFTENUSECOMPUTERDESIGNTOOLS,SUCHASFINITEELEMENTANALYSISFEAANDMOULDFILLINGANALYSISMFA,TOREDUCEDEVELOPMENTTIMEANDCOSTFEADETERMINESSTRAIN,STRESSANDDEFLECTIONINAPARTBYDIVIDINGTHESTRUCTUREINTOSMALLELEMENTSWHERETHESEPARAMETERSCANBEWELLDEFINEDMFAEVALUATESGATEPOSITIONANDSIZETOOPTIMIZERESINFLOWITALSODEFINESPLACEMENTOFWELDLINES,AREASOFEXCESSIVESTRESS,ANDHOWWALLANDRIBTHICKNESSAFFECTFLOWOTHERFINITEELEMENTDESIGNTOOLSINCLUDEMOULDCOOLINGANALYSISFORTEMPERATUREDISTRIBUTION,ANDCYCLETIMEANDSHRINKAGEANALYSISFORDIMENSIONALCONTROLANDPREDICTIONOFFROZENSTRESSANDWARPAGETHECAEANALYSISOFCOMPRESSIONMOULDEDPARTSISSHOWNINFIGURE1THEANALYSISCYCLESTARTSWITHTHECREATIONOFACADMODELANDAFINITEELEMENTMESHOFTHEMOULDCAVITYAFTERTHEINJECTIONCONDITIONSARESPECIFIED,MOULDFILLING,FIBERORIENTATION,CURINGANDTHERMALHISTORY,SHRINKAGEANDWARPAGECANBESIMULATEDTHEMATERIALPROPERTIESCALCULATEDBYTHESIMULATIONCANBEUSEDTOMODELTHESTRUCTURALBEHAVIOUROFTHEPARTIFREQUIRED,PARTDESIGN,GATELOCATIONANDPROCESSINGCONDITIONSCANBEMODIFIEDINTHECOMPUTERUNTILANACCEPTABLEPARTISOBTAINEDAFTERTHEANALYSISISFINISHEDANOPTIMIZEDPARTCANBEPRODUCEDWITHREDUCEDWELDLINEKNOWNALSOKNITLINE,OPTIMIZEDSTRENGTH,CONTROLLEDTEMPERATURESANDCURING,MINIMIZEDSHRINKAGEANDWARPAGEMACHININGOFTHEMOULDSWASFORMERLYDONEMANUALLY,WITHATOOLMAKERCHECKINGEACHCUTTHISPROCESSBECAMEMOREAUTOMATEDWITHTHEGROWTHANDWIDESPREADUSEOFCOMPUTERNUMERICALLYCONTROLLEDORCNCMACHININGCENTRESSETUPTIMEHASALSOBEENSIGNIFICANTLYREDUCEDTHROUGHTHEUSEOFSPECIALSOFTWARECAPABLEOFGENERATINGCUTTERPATHSDIRECTLYFROMACADDATAFILESPINDLESPEEDSASHIGHAS100,000RPMPROVIDEFURTHERADVANCESINHIGHSPEEDMACHININGCUTTINGMATERIALSHAVEDEMONSTRATEDPHENOMENALPERFORMANCEWITHOUTTHEUSEOFANYCUTTING/COOLANTFLUIDWHATSOEVERASARESULT,THEPROCESSOFMACHININGCOMPLEXCORESANDCAVITIESHASBEENACCELERATEDITISGOODNEWSTHATTHETIMEITTAKESTOGENERATEAMOULDISCONSTANTLYBEINGREDUCEDTHEBADNEWS,ONTHEOTHERHAND,ISTHATEVENWITHALLTHESEADVANCES,DESIGNINGANDMANUFACTURINGOFTHEMOULDCANSTILLTAKEALONGTIMEANDCANBEEXTREMELYEXPENSIVE

簡介：譯文一譯文一模具的發(fā)展趨勢模具的發(fā)展趨勢1．模具CAD/CAE/CAM正向集成化、三維化、智能化和網(wǎng)絡化方向發(fā)展（1）模具軟件功能集成化模具軟件功能的集成化要求軟件的功能模塊比較齊全，同時各功能模塊采用同一數(shù)據(jù)模型，以實現(xiàn)信息的綜合管理與共享，從而支持模具設計、制造、裝配、檢驗、測試及生產(chǎn)管理的全過程，達到實現(xiàn)最佳效益的目的。如英國DELCAM公司的系列化軟件就包括了曲面/實體幾何造型、復雜形體工程制圖、工業(yè)設計高級渲染、塑料模設計專家系統(tǒng)、復雜形體CAM、藝術造型及雕刻自動編程系統(tǒng)、逆向工程系統(tǒng)及復雜形體在線測量系統(tǒng)等。集成化程度較高的軟件還包括PRO/ENGINEER、UG和CATIA等。國內有上海交通大學金屬塑性成型有限元分析系統(tǒng)和沖裁模CAD/CAM系統(tǒng)；北京北航海爾軟件有限公司的CAXA系列軟件；吉林金網(wǎng)格模具工程研究中心的沖壓模CAD/CAE/CAM系統(tǒng)等。（2）模具設計、分析及制造的三維化傳統(tǒng)的二維模具結構設計已越來越不適應現(xiàn)代化生產(chǎn)和集成化技術要求。模具設計、分析、制造的三維化、無紙化要求新一代模具軟件以立體的、直觀的感覺來設計模具，所采用的三維數(shù)字化模型能方便地用于產(chǎn)品結構的CAE分析、模具可制造性評價和數(shù)控加工、成形過程模擬及信息的管理與共享。如PRO/ENGINEER、UG和CATIA等軟件具備參數(shù)化、基于特征、全相關等特點，從而使模具并行工程成為可能。另外，CIMATRAN公司的MOLDEXPERT，DELCAM公司的PSMOLD及日立造船的SPACEE/MOLD均是3D專業(yè)注塑模設計軟件，可進行交互式3D型腔、型芯設計、模架配置及典型結構設計。澳大利亞MOLDFLOW公司的三維真實感流動模擬軟件MOLDFLOWADVISERS已經(jīng)受到用戶廣泛的好評和應用。國內有華中理工大學研制的同類軟件HSC3D45F及鄭州工業(yè)大學的ZMOLD軟件。面向制造、基于知識的智能化功能是衡量模具軟件先進性和實用性的重要標志之一。如CIMATRON公司的注塑模專家軟件能根據(jù)脫模方向自動產(chǎn)生分型線和分型面，生成與制品相對應的型芯和型腔，實現(xiàn)模架零件的全相關，自動產(chǎn)生材料明細表和供NC加工的鉆孔表格，并能進行智能化加工參數(shù)設定、加工結果校驗等。2外文原文外文原文DIETREND1．MOLDCAD/CAE/CAMBEINGINTEGRATED,THREEDIMENSIONAL,INTELLIGENTANDNETWORKDIRECTION1MOLDSOFTWAREFEATURESINTEGRATEDDIESOFTWAREFEATURESOFINTEGRATEDSOFTWAREMODULESREQUIREDRELATIVELYCOMPLETE,WHILETHEFUNCTIONMODULEUSINGTHESAMEDATAMODEL,INORDERTOACHIEVESYNDICATEDNEWSMANAGEMENTANDSHARINGOFINFORMATIONTOSUPPORTTHEMOLDDESIGN,MANUFACTURE,ASSEMBLY,INSPECTION,TESTINGANDPRODUCTIONMANAGEMENTOFTHEENTIREPROCESSTOACHIEVEOPTIMALBENEFITSSERIESSUCHASTHEUKDELCAMSSOFTWAREWILLINCLUDEASURFACE/SOLIDGEOMETRICMODELING,ENGINEERINGDRAWINGCOMPLEXGEOMETRY,ADVANCEDRENDERINGINDUSTRIALDESIGN,PLASTICMOLDDESIGNEXPERTSYSTEM,COMPLEXPHYSICALCAM,ARTISTICDESIGNANDSCULPTUREAUTOMATICPROGRAMMINGSYSTEM,REVERSEENGINEERINGANDCOMPLEXSYSTEMSPHYSICALLINEMEASUREMENTSYSTEMSAHIGHERDEGREEOFINTEGRATIONOFTHESOFTWAREINCLUDESPRO/ENGINEER,UGANDCATIA,ETCSHANGHAIJIAOTONGUNIVERSITY,CHINAWITHFINITEELEMENTANALYSISOFMETALPLASTICFORMINGSYSTEMSANDDIECAD/CAMSYSTEMSBEIJINGBEIHANGHAIER

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簡介：水杯模具設計專業(yè)機械設計制造及其自動化學生指導教師完成日期2012年5月22日IABSTRACTINRECENTYEARS,CHINASRAPIDDEVELOPMENTOFTHEMOLD,ESPECIALLYTHEPLASTICMOLDOFTHEINCREASINGLYHIGHDEMAND,INRECENTYEARS,THEPLASTICMOLDINTHEMOLDINDUSTRYTHEPROPORTIONOFUPTO30JOBS,IBELIEVEINTHECOMINGYEARS,CHINAPLASTICMOLDINDUSTRYWILLMAINTAINANAVERAGEANNUALGROWTHRATEOFMORETHAN10HIGHSPEEDDEVELOPMENT,THEDOMESTICMARKETTOPLASTICMOLDINJECTIONMOLDGREATESTDEMANDTHEFUTUREDEVELOPMENTDIRECTIONOFINJECTIONMOLDTOMORESOPHISTICATED,MOREEFFICIENT,COMPLEXANDMULTIPURPOSE,LARGER,MORESOPHISTICATED,MORECOMPLEX,MOREGREENANDMOREECONOMICDEVELOPMENT,MOLDTHETECHNICALCONTENTOFTHEPRODUCTWILLCONTINUETOIMPROVE,THEMANUFACTURINGCYCLEOFTHEDIEWILLSHORTENCEASELESSLYPLASTICMOLDINGINJECTIONMOLDINGISANIMPORTANTMETHOD,WHICHISMAINLYAPPLIEDTOTHETHERMALPLASTICMOLDING,MOLDINGCANBEASIMPLEORCOMPLEXPRECISIONPLASTICPARTSTHISTOPICISTHECUPASADESIGNMODEL,THEINJECTIONMOLDRELATEDKNOWLEDGEASTHEBASIS,ELABORATESTHEDESIGNPROCESSOFPLASTICINJECTIONMOLDINTRODUCTIONTOTHESTRUCTUREOFPLASTICPARTSPLASTICPARTSSHAPE,MATERIALSELECTION,ANDTHESTRUCTUREPROCESSOFPLASTICPRODUCTS,INJECTIONMOLDINGMACHINEEQUIPMENTCOMPOSITIONCLASSIFICATIONANDSPECIFICATIONSTHISPAPERINTRODUCESINDETAILTHECUPINJECTIONMOLDDESIGN,FROMPRODUCTSTRUCTUREMANUFACTURABILITYANALYSIS,THESPECIFICSTRUCTUREOFTHEMOLD,MOLDCAVITYPARTINGSURFACE,CAVITYNUMBER,ASWELLASTOMOLDSGATINGSYSTEMDESIGN,ANALYSISANDCALCULATIONOFMOLDINGPARTS,MOLDGUIDEMECHANISMDESIGN,THEINTRODUCTIONOFINSTITUTIONS,THEUSEOFEMXMOLDDESIGNEXPERTFORMOLDDESIGN,FINALLYTHE3DMODELINGUSINGPRO/ENGINEERDWGFILEISTRANSFERREDOUTOFAMAPKEYWORDSINJECTIONMOLDINGINJECTIONMACHINEPRO/ENGINEEREMXFORMWORKDESIGNEXPERT

簡介：平頂山工業(yè)職業(yè)技術學院平頂山工業(yè)職業(yè)技術學院模具設計與制造專業(yè)模具設計與制造專業(yè)課程標準機械工程學院機械工程學院二〇一八年八月二〇一八年八月三、課程目標與內容設計三、課程目標與內容設計11總體目標總體目標學學習并掌握典型沖壓模具設計與制造的基本知識和方法；培養(yǎng)在設計和動手實踐過程中主動發(fā)現(xiàn)問題并解決問題的能力；能會做由典型到一般的實際模具設計與制造工作。同時，以課程為載體培養(yǎng)學生健康的人格和身心、勞動安全和環(huán)保意識。1）知識與能力目標能準確解釋沖壓工藝的相關術語及其含義。能說出沖壓件生產(chǎn)的一般過程，沖壓工藝、工序和實現(xiàn)工序所需模具的種類，會具體沖壓件的工藝分析與工序設計、會設計實現(xiàn)工序所需模具的結構、模具材料及熱處理的選用，應用模具標準和設計手冊、能應用CAD/CAE軟件建立三維模型、進行成形工藝分析和繪制設計圖紙。能說出典型壓力加工設備的結構及其上下工作臺特點和參數(shù)，并能夠正確進行設備選型和完成模具的安裝、調試并逐步掌握壓力加工設備操作調試技巧。能針對模具設計要求和生產(chǎn)制造條件制定加工工藝方案和加工過程，完成零件的加工和模具的裝配。2）過程與方法目標掌握典型沖壓模具設計與制造的一般過程，通過學習情境（具體沖壓件項目）設計，能主動、正確地進行技術資料準備（如沖壓手冊、典型模具結構圖冊、模具標準、模具設計員手冊、類似零件的工藝及設計文件、模具設計與制造行業(yè)的近期技術發(fā)展），并正確分析處理、提取當用信息；能運用CAM軟件建立三維模型、進行模具設計并完成模具設計圖樣繪制和設計過程文件的留存；能進行加工實踐并完成相應的實踐。7能正確分析缺陷產(chǎn)生原因；8能正確判斷模具工作狀態(tài)；9能正確安裝調整夾具；10能正確技術指導實際生產(chǎn)；11能提出零件成形的模具種類，數(shù)量；3模具制造工1能讀懂零件圖紙，了解相關技術要求實現(xiàn)的加工方法；2能夠完成模具件銑削加工（數(shù)控銑、普通銑）；3能夠完成模具件磨削加工；4能夠完成模具成型件的電加工、拋光加工；5能完成車削加工；6能夠較好的進行溝通4模具組裝與調試1能讀懂模具裝配圖和零件圖2能看懂裝配圖和零件圖公差配合意義及國家模具設計相關標準3能夠對典型模具進行裝配4具備模具鉗工相關技能5具備機械加工能力鉆、銑、車刨、磨和數(shù)控加工）6能夠較好地與模具設計、工藝設計、生產(chǎn)管理、質檢人員交流溝通。5成型操作工1懂成型機操作原理；2會成型工藝；3能操作成型機；4根據(jù)制品材料和成型工藝性，會合理優(yōu)化成型工藝參數(shù)；5能簡單的排除成型工作中常見障礙。6模具維護與維修1懂成型工藝；2懂并能操作成型機（沖壓機和注塑機）；3能完成修模的鉗工工作。

簡介：機電與車輛工程學院畢業(yè)設計（外文翻譯）題目目短連桿沖壓模具設計短連桿沖壓模具設計專業(yè)業(yè)機械制造及其自動化機械制造及其自動化班級級2010級2班姓名名高寒IMPORTANTPOSITIONINTHENATIONALECONOMYSINCE1997,THEYHAVETOMOLDANDITSPROCESSINGTECHNOLOGYANDEQUIPMENTINCLUDEDINTHE“CURRENTNATIONALFOCUSONENCOURAGINGTHEDEVELOPMENTOFINDUSTRIES,PRODUCTSANDTECHNOLOGIESCATALOG“AND“TOENCOURAGEFOREIGNINVESTMENTINDUSTRYDIRECTORY“APPROVEDBYTHESTATECOUNCIL,FROM1997TO2000,MORETHAN80PROFESSIONALMOLDFACTORYOWNED70VATREFUNDOFPREFERENTIALPOLICIESTOSUPPORTMOLDINDUSTRYALLTHESEHAVEFULLYDEMONSTRATEDTHEDEVELOPMENTOFTHESTATECOUNCILANDSTATEDEPARTMENTSTOOLINGINDUSTRYATTENTIONANDSUPPORTMOLDAROUNDTHEWORLDABOUTTHECURRENTANNUALOUTPUTOF60BILLIONUSDOLLARS,JAPAN,THEUNITEDSTATESANDOTHERINDUSTRIALIZEDCOUNTRIESDIEOFINDUSTRIALOUTPUTVALUEOFMORETHANMACHINETOOLINDUSTRY,BEGINNINGIN1997,CHINASINDUSTRIALOUTPUTVALUEHASEXCEEDEDTHEMOLDMACHINETOOLINDUSTRYOUTPUTACCORDINGTOSTATISTICS,HOMEAPPLIANCES,TOYSANDOTHERLIGHTINDUSTRIES,NEARLY90OFTHEPARTSAREINTEGRATEDWITHPRODUCTIONOFCHOPSTICKSINAIRCRAFT,AUTOMOBILES,AGRICULTURALMACHINERYANDRADIOINDUSTRIES,THEPROPORTIONEXCEEDED60SUCHASAIRCRAFTMANUFACTURING,THEUSEOFACERTAINTYPEOFFIGHTERDIESMORETHAN30,000UNITS,OFWHICHTHEHOST8000SETS,2000SETSOFENGINES,AUXILIARY20000SETSFROMTHEOUTPUTOFVIEW,SINCETHE80S,THEUNITEDSTATES,JAPANANDOTHERINDUSTRIALIZEDCOUNTRIESDIEINDUSTRYOUTPUTVALUEHASEXCEEDEDTHEMACHINETOOLINDUSTRY,ANDTHEREARESTILLRISINGPRODUCTIONTECHNOLOGY,ACCORDINGTOTHEINTERNATIONALASSOCIATIONPREDICTSTHATIN2000,THEPRODUCTBESTPIECESOFROUGH75,50WILLBEFINISHEDMOLDCOMPLETEDMETALS,PLASTICS,CERAMICS,RUBBER,BUILDINGMATERIALSANDOTHERINDUSTRIALPRODUCTS,MOSTOFTHEMOLDWILLBECOMPLETEDINMORETHAN50METALPLATES,MORETHAN80OFALLPLASTICPRODUCTS,ESPECIALLYTHROUGHTHEMOLDINTODIETRENDMOLDCAD/CAE/CAMBEINGINTEGRATED,THREEDIMENSIONAL,INTELLIGENTANDNETWORKDIRECTION1MOLDSOFTWAREFEATURESINTEGRATEDDIESOFTWAREFEATURESOFINTEGRATEDSOFTWAREMODULESREQUIREDRELATIVELYCOMPLETE,WHILETHEFUNCTIONMODULEUSINGTHESAMEDATAMODEL,INORDERTOACHIEVESYNDICATEDNEWSMANAGEMENTAND

簡介：五金模具標準件3第一節(jié)內導柱、導套第一節(jié)內導柱、導套一、一、主要功能主要功能內導柱主要用于模板間和上、下模間的導正。內導套主要與內導柱相配合導正作用。二、相關代號、規(guī)格及參數(shù)1、代號內導柱為“GP”，如GP20804表示內導柱直徑為∮20MM，長度為80MM，共4支。內導套為肩型“GA”和直桿型“GB”，如GA20254表示內導套內徑為∮20MM，長度為25MM，共4支。2、規(guī)格及參數(shù)見下圖

簡介：1附錄2INTEGRATEDSIMULATIONOFTHEINJECTIONMOLDINGPROCESSWITHSTEREOLITHOGRAPHYMOLDSABSTRACTFUNCTIONALPARTSARENEEDEDFORDESIGNVERIFICATIONTESTING,FIELDTRIALS,CUSTOMEREVALUATION,ANDPRODUCTIONPLANNINGBYELIMINATINGMULTIPLESTEPS,THECREATIONOFTHEINJECTIONMOLDDIRECTLYBYARAPIDPROTOTYPINGRPPROCESSHOLDSTHEBESTPROMISEOFREDUCINGTHETIMEANDCOSTNEEDEDTOMOLDLOWVOLUMEQUANTITIESOFPARTSTHEPOTENTIALOFTHISINTEGRATIONOFINJECTIONMOLDINGWITHRPHASBEENDEMONSTRATEDMANYTIMESWHATISMISSINGISTHEFUNDAMENTALUNDERSTANDINGOFHOWTHEMODIFICATIONSTOTHEMOLDMATERIALANDRPMANUFACTURINGPROCESSIMPACTBOTHTHEMOLDDESIGNANDTHEINJECTIONMOLDINGPROCESSINADDITION,NUMERICALSIMULATIONTECHNIQUESHAVENOWBECOMEHELPFULTOOLSOFMOLDDESIGNERSANDPROCESSENGINEERSFORTRADITIONALINJECTIONMOLDINGBUTALLCURRENTSIMULATIONPACKAGESFORCONVENTIONALINJECTIONMOLDINGARENOLONGERAPPLICABLETOTHISNEWTYPEOFINJECTIONMOLDS,MAINLYBECAUSETHEPROPERTYOFTHEMOLDMATERIALCHANGESGREATLYINTHISPAPER,ANINTEGRATEDAPPROACHTOACCOMPLISHANUMERICALSIMULATIONOFINJECTIONMOLDINGINTORAPIDPROTOTYPEDMOLDSISESTABLISHEDANDACORRESPONDINGSIMULATIONSYSTEMISDEVELOPEDCOMPARISONSWITHEXPERIMENTALRESULTSAREEMPLOYEDFORVERIFICATION,WHICHSHOWTHATTHEPRESENTSCHEMEISWELLSUITEDTOHANDLERPFABRICATEDSTEREOLITHOGRAPHYSLMOLDSKEYWORDSINJECTIONMOLDINGNUMERICALSIMULATIONRAPIDPROTOTYPING1INTRODUCTIONININJECTIONMOLDING,THEPOLYMERMELTATHIGHTEMPERATUREISINJECTEDINTOTHEMOLDUNDERHIGHPRESSURE1THUS,THEMOLDMATERIALNEEDSTOHAVETHERMALANDMECHANICALPROPERTIESCAPABLEOFWITHSTANDINGTHETEMPERATURESANDPRESSURESOFTHEMOLDINGCYCLETHEFOCUSOFMANYSTUDIESHASBEENTOCREATETHEINJECTIONMOLDDIRECTLYBYARAPIDPROTOTYPINGRPPROCESSBYELIMINATINGMULTIPLESTEPS,THISMETHODOFTOOLINGHOLDSTHEBESTPROMISEOFREDUCINGTHETIMEANDCOSTNEEDEDTOCREATELOWVOLUMEQUANTITIESOFPARTSINAPRODUCTIONMATERIALTHEPOTENTIALOFINTEGRATINGINJECTIONMOLDINGWITHRPTECHNOLOGIESHASBEENDEMONSTRATEDMANYTIMESTHEPROPERTIESOFRPMOLDSAREVERYDIFFERENTFROMTHOSEOFTRADITIONALMETALMOLDSTHEKEYDIFFERENCESARETHEPROPERTIESOFTHERMALCONDUCTIVITYANDELASTICMODULUSRIGIDITYFOREXAMPLE,THEPOLYMERSUSEDINRPFABRICATEDSTEREOLITHOGRAPHYSLMOLDSHAVEATHERMALCONDUCTIVITYTHATISLESSTHANONE3USEDTOCREATEPHYSICALMODELSFORVISUALINSPECTIONANDFORMFITSTUDIESWITHVERYLIMITEDFUNCTIONALAPPLICATIONSHOWEVER,THENEWERGENERATIONSTEREOLITHOGRAPHICPHOTOPOLYMERSHAVEIMPROVEDDIMENSIONAL,MECHANICALANDTHERMALPROPERTIESMAKINGITPOSSIBLETOUSETHEMFORACTUALFUNCTIONALMOLDS2INTEGRATEDSIMULATIONOFTHEMOLDINGPROCESS21METHODOLOGYINORDERTOSIMULATETHEUSEOFANSLMOLDINTHEINJECTIONMOLDINGPROCESS,ANITERATIVEMETHODISPROPOSEDDIFFERENTSOFTWAREMODULESHAVEBEENDEVELOPEDANDUSEDTOACCOMPLISHTHISTASKTHEMAINASSUMPTIONISTHATTEMPERATUREANDLOADBOUNDARYCONDITIONSCAUSESIGNIFICANTDISTORTIONSINTHESLMOLDTHESIMULATIONSTEPSAREASFOLLOWS1THEPARTGEOMETRYISMODELEDASASOLIDMODEL,WHICHISTRANSLATEDTOAFILEREADABLEBYTHEFLOWANALYSISPACKAGE2SIMULATETHEMOLDFILLINGPROCESSOFTHEMELTINTOAPHOTOPOLYMERMOLD,WHICHWILLOUTPUTTHERESULTINGTEMPERATUREANDPRESSUREPROFILES3STRUCTURALANALYSISISTHENPERFORMEDONTHEPHOTOPOLYMERMOLDMODELUSINGTHETHERMALANDLOADBOUNDARYCONDITIONSOBTAINEDFROMTHEPREVIOUSSTEP,WHICHCALCULATESTHEDISTORTIONTHATTHEMOLDUNDERGODURINGTHEINJECTIONPROCESS4IFTHEDISTORTIONOFTHEMOLDCONVERGES,MOVETOTHENEXTSTEPOTHERWISE,THEDISTORTEDMOLDCAVITYISTHENMODELEDCHANGESINTHEDIMENSIONSOFTHECAVITYAFTERDISTORTION,ANDRETURNSTOTHESECONDSTEPTOSIMULATETHEMELTINJECTIONINTOTHEDISTORTEDMOLD5THESHRINKAGEANDWARPAGESIMULATIONOFTHEINJECTIONMOLDEDPARTISTHENAPPLIED,WHICHCALCULATESTHEFINALDISTORTIONSOFTHEMOLDEDPARTINABOVESIMULATIONFLOW,THEREARETHREEBASICSIMULATIONMODULES22FILLINGSIMULATIONOFTHEMELT221MATHEMATICALMODELINGINORDERTOSIMULATETHEUSEOFANSLMOLDINTHEINJECTIONMOLDINGPROCESS,ANITERATIVEMETHODISPROPOSEDDIFFERENTSOFTWAREMODULESHAVEBEENDEVELOPEDANDUSEDTOACCOMPLISHTHISTASKTHEMAINASSUMPTIONISTHATTEMPERATUREANDLOADBOUNDARYCONDITIONSCAUSESIGNIFICANTDISTORTIONSINTHESLMOLDTHESIMULATIONSTEPSAREASFOLLOWS

簡介：畢業(yè)設計（論文）畢業(yè)設計（論文）題目塑料骨架注塑模具設計題目塑料骨架注塑模具設計244、澆口的設計8245、排氣系統(tǒng)825、選擇推出方式9第三章模具設計的有關計算1031、型芯和型腔工作尺寸的計算1032、側壁厚度與推板厚度的計算11321、側壁厚度11322、推板厚度1133、斜導柱等側抽芯有關計算11331、斜導柱的設計與計算11332、斜滑塊（型腔）的設計13333、楔緊塊的設計13334、導滑條的設計14