纖維金屬層板（FMLs）結(jié)構(gòu)制造方法研究.pdf

1、索引號——密級——X857053學(xué)校代碼—106—99學(xué)號—03610—6470西北工業(yè)大學(xué)碩士學(xué)位論文(學(xué)位研究生)題目：紅維全屬星拯(旦魚璺2繾塑制造友法塹寶’，指導(dǎo)教師萱擅強(qiáng)專業(yè)技術(shù)職務(wù)童退學(xué)科(專業(yè))航窒主越制造王猩答辯日期—200—63學(xué)位授予日期——20063西北工業(yè)大學(xué)壩士學(xué)位論文ABSTRACTABSTRACTUndercertaintemperatureandpressure，fibermetallaminatesar

2、esolidifiedbyusingmetalsheetandfiberlayeraltematelyFMLs(fibermetallaminates)exhibitamixtureofthecharacteristicsofbothmetalsandcompositematerials，andovercomethedisadvantageofbothmetalsandcompositematerials；TheFMLs，notonlY

3、havethehighspecificstrengthandspecificrigid，butalsohavegoodtoughnessandmachiningasthemetalshave。EspeciallythemostadvantageofFMLsisthatithasexcellentfatigueandimpactAlthoughFMLshavebeenusedsuccessfullyoutofourCOUntⅨfewpeo

4、plehavestudiedtheFMLsinourcountryThethermoplasticFibreMetalLaminatesarefitforvolume—produce，becauseoftheirimprovedtoughness，especiallyfittingforformingandrecyclingTheformingabilityoftwokindsofthermoplasticFibre—MetalLami

5、nates(A1TwintexandAICurv)havebeenresearchedthroughexperimentsandFEMFirst，formingcharacteristicsOfthesetwokindsofFMLshavestudiedthroughspecialexperimentsThemechanicalpropertiesofFMLsunderroomtemperaturewerecarriedoutandth

6、etensileexperimentalresultsshowedthatthetwokindsofFMLshadtheexcellentmechanicalpropertiescomparabletoaluminium，theywerefIttobeformed；theresultsofbendtestandstampingtestunderdifferentofpreheatingtemperatureshowedthattempe

7、ratureaffectedtheformingcharacteristicsoftheseFMLsevidently；theresultsofstampingunderroomtemperatureshowedthattheFMLswerenotfittingforone—offstampingdeeplyOnthebaseofspecialexperiments，theElasticplasticofFEMmodelsofstamp

8、ingarebuiltTheSpatialdisplacementofthestamping，Stress，Equivalentstrain，ContactpressureandFrictionalareanalyzed，andthestampingofFEMiscomparedwithexperimentalvaluesTheresultsofcomparisonshowedthatthestampingofFEMgotthesame

9、FormingcharacteristicsastheresulmofspecialexperimentsshowedThemethodsandresultsofthispaperwerehelpfulinstudyingtheformingofthesetwokingsofFMLsbothinexperimentsandinmethodofFEMKeyWOrds：FibreMetalLaminates；experiments；form