加工工藝工裝夾具基本加工工序和切削技術(shù)外文文獻(xiàn)翻譯中英文翻譯外文翻譯

加工工藝工裝夾具基本加工工序和切削技術(shù)外文文獻(xiàn)翻 譯中英文翻譯外文翻譯文檔信息主題：關(guān)于“汽車、機(jī)械或制造”中“制造加工工藝”的參考范文。屬性：Doc-95TRLU,doc格式，正文23797字。質(zhì)優(yōu)實(shí)惠，歡迎下載!適用：作為內(nèi)容寫作的參考文案，解決如何寫作、正確編寫文案格式、內(nèi)容摘取等相關(guān)工作。加工工藝工裝夾具基本加工工序和切削技術(shù)外文文獻(xiàn)翻譯中英文翻譯外文翻譯附錄workpiece.Basically,inmetalcutting,asharpenedwedge-shapedtoolworkpieceintheformofaseverelydeformedchip.Thechipisaboring.Producinganexternalconicalsurfaceuniformlyvaryingdiameterissurfacecouldbeproducedbyfeedirotation.Shorttaperedorcylindricalsurfacescouldalsobecontourformed。feedincrementbeforeeachcuttingstroke.Thisoperationiscalledthetoolstationaryanddrawtheworkpieceunderitasinplanning.ThetoolMultiple-edgedtoolscanalsobeused.Drillingusesatwin-edgedflutedtoolforholeswithdepthsupto5to10timesthedrilldiameter.Whethertheandtheworkpieceistheimportantfactwithanumberofcuttingedgesengagestheworkpiece.Whichmovesslowlywithrespecttothecutter.Planeorcontouredsurfacesmaybeproduced,dependingonthegeometryofthecutterandthetypeoffeed.Horizontalorverticalaxesofrotationmaybeused,andthefeedoftheworkpiecemaybeinanyofthethreecoordinateturning,planning,drilling,milling,andgrinding.Allothermetal-example,boringisinternalturning;reamiformofplanningandhoning;lapping,superfinishing.Pospecificcontrollablegeometry:1.lathes,2.plane,3.drillingmachines,and4.millingmachines.Thegrindingprocessformschips,butthemanufacturing.Forcasting,forging,andpressworkinontheshapesofrawmaterialthatbasedonthehighaccuraciesandsurfacefinishespossible.Mandeformationprocessandmachinedonlyonselectedsurfaceswherehighaccuraciesareneeded.Internalthreads,foffourfacto:toolgeometry,cuttingspeed,feed,anddepthofcut。strong,tough,hard,andwearresistant.Thetoolsgeooperation.Cuttingspeedistheraappropriatetotheparticularwork-toolcombination.Ingeneral,thehardertheworkmaterial,theslowerthespeed。inchesperstroke,Generally,feedvariesinveelywithcuttingspeedforfinishingoperatio。temperaturegradientthroughoutthewidthoftemperatureinthechipaincreaseintherundeformedchipthicknesstendstobeascaleeffectwheretheamountsofincuttingspeed;howeverworkpieceandthisincreasethetemperatureriseofthecdeformation.Further,thesecondarydeformationzonetendstothermalhistory.Trenthasdescribedmeasurementsofcuttingtemperaturechangesarisingfromovervarioushigh-speed-steels.ThistechniquehasalsobeenusedtostudyWeaofCuttingToolDiscountingbrittlefractureandedgechipping,whichhavealreadybeendealtwith,toolwearisbasicallyofthreetypes.Flankwear,craterwear,andnotchwear.Flankwearoccuonboththemajorandtheminorcuttingedge,whichdeterminesworkpieofanunacceptablecomponenBecauseofthestressdistributiononthetoolface,thefrictionalstresspracticalcuttingconditio,craterwearisalessseveflankwearandcoequentlyflankwearisamoreccriterion.However,sincevariousauthohaveshownthatthetemperatureAttheendofthemajorflankwearlandwhereththeuncutworkpiecesurfaceitiscommtemperaturesresultingfromtheedgeeffect.Thislocalisedwereferredtoasnotchwearandoccasionallyisverysevere.Althoughthethetoolwouldfailcatastrophically,i.e.thetoolwouldbenolongercapableofcuttingand,atbest,theworkpiecewouldbescrappedwhilst,cuttingtools,however,wheretheweartendstobenon-uniformithascuttingforce,thepresenceofburnishedringsontheworkpiece,andaTherearebasicallyfivemechanismswhichsurfacefinish.Itcanalsobedemotratedthatcuttingunderadveeconditiospeeds,besidesproducingconditiowhichleadtoutablebuilt-up-ductilematerialssuchascopperandaluminum。conditio;workpiecesize,methodofclamping,andcuttingtoolrigiditymachining,suchasmillingortutheassistanceofajetofcuttingfluidandthattheywillnotinfluencethecutaretakentocontroltheswarfitislikelyth