ndchip.Thetemperatureoftheworkpiecesurfaceinthegrindingzonecouldbepredicted.AdynamicbehaviormodelforthecylindricaltraversegrindingprocessinthetimedomainwaspresentedbyWecketal.().AnonlineardynamicmodeltoinvestigatethedynamiccharacteristicsofthegrindingprocesswasproposedbyZhangetal.().AchipthicknessmodelbyGopalandRao()wasdevelopedforassessmentofsiliconcarbidegrindingbyincorporatingthemodulusofelasticityofthe--grindingwheel.Basedonthestatisticaldistributionofundeformedchipthickness,predictivemodelsforgrindingforceandpowerwereproposedbyHeckeretal.().Tocontrolthedepthofcut,agrindingforcebasedmodelmaybeused(HekmanandLiang,).Arealtimegrindingforcemodel(JenkinsandKurfess,)wasusedtocontrolthegrindingnormalforce.Theslidingforcemodelforsurfacegrinding(Tangetal.,)involvedprocessparametereffectsonfrictioncoefficient.Forpowerrequirementandsurfacefinishprediction,a区域附近冷--却液数量(图)。
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