Defects and defect avoidance in cold forging.
EindhovenUniversityofTechnologyFacultyof MechanicalEngineeringDepartmentofProduct ionEngineeringandAutomation(WPA) :D3WPAreportnr. , ,it widerangeofdefects,buttheycanbedividedin :dimensionalinaccuracies, , ,expertsystemsandneuralnetworkshowever, (massief) , , , , ,diegeschrevenisindeIaatstetienjaar, :Onderwerp:Toelichting:Omschrijving:1)2) (Defectsincoldforging). :breukofscheulVorming,ongewensteop-pelVl akteruwheid,onvlakheid,maatafwijkingen, , :gereedschapsslijtage,slechtesmering, , ) ' ,a ,onalocalaswellasa ,whichitselfisthekeyissuefortheeconomicd evelopmentofa ,ifrequired, reasonfortheincreasingpopularityofthecol dforgingprocesses,notonlyintheautomobile industrywhere80%ofthecoldforgedproductsa reused12) (3) strongpressuretowardsminimizationofcosts ; ; (orderquantity)percomponent,duetotheincr easingdiversityofshapes; (shorterspanoflife); ; ,insteadofusingseveralcomponents,compone ntsareintegratedintooneproduct; goodsurfacequality.
Summary The competitiveness of cold forging processes in relation to other manufacturing processes is good. To remain competitive, cold forging processes have to produce
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