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1.Zhang,Y.,Li,C.,Ji,H.,Yang,X.,Yang,M.,&Jia,D.,XZhang,LiRandWangJ.Analysisofgrindingmechanicsandimprovedpredictiveforcemodelbasedonmaterial-removalandplastic-stackingmechanisms.InternationalJournalofMachineTools&Manufacture,2017,122,81-97.
2.Yang,M.,Li,C.,Zhang,Y.,Jia,D.,Zhang,X.,&Hou,Y.,LiRandWangJ.Maximumundeformedequivalentchipthicknessforductile-brittletransitionofzirconiaceramicsunderdifferentlubricationconditions.InternationalJournalofMachineTools&Manufacture,2017,122,55-65
3.MYang,CLi,YZhang,YWang,BLi,DJia,YHouandRLi.Researchonmicroscaleskullgrindingtemperaturefieldunderdifferentcoolingconditions.AppliedThermalEngineering,2017,126(5):525-537
4.MinYang,ChangheLi,YanbinZhang,YaogangWang,BenkaiLi,YaliHou.Experimentalresearchonmicroscalegrindingtemperatureunderdifferentnanoparticlejetminimumquantitycooling.Materials&ManufacturingProcesses,2017,32(6):589-597.
5.YaogangWang,ChangheLi*,YanbinZhang,MinYang,XianpengZhang,NaiqingZhang,JingjieDai.Experimentalevaluationontribologicalperformanceofthewheel/workpieceinterfaceinminimumquantitylubricationgrindingwithdifferentconcentrationsofAl2O3nanofluids.JournalofCleanerProduction,2017,142:3571-3583.
6.Zhang,Xianpeng,LiChanghe*,ZhangYanbin,WangYaogang,LiBenkai,YangMin,GuoShuming,LiuGuotao,ZhangNaiqing.LubricatingpropertyofMQLgrindingofAl2O3/SiCmixednanofluidwithdifferentparticlesizesandmicrotopographyanalysisbycross-correlation.PrecisionEngineering,2017,47:532-545.
7.YanbinZhang,ChangheLi*,MinYang,DongzhouJia,YaogangWang,BenkaiLi,YaliHou,NaiqingZhang,QidongWu.Experimentalevaluationofcoolingperformancebyfrictioncoefficientandspecificfrictionenergyinnanofluidminimumquantitylubricationgrindingwithdifferenttypesofvegetableoil.JournalofCleanerProduction,2016,139:685-705.
8.ShumingGuo,ChangheLi*,YanbinZhang,YaogangWang,BenkaiLi,MinYang,XianpengZhang,andGuotaoLiu.ExperimentalevaluationofthelubricationperformanceofmixturesofcastoroilwithothervegetableoilsinMQLgrindingofnickel-basedalloy.JournalofCleanerProduction,2016,140:1060-1076.
9.YaogangWang,ChangheLi*,YanbinZhang,MinYang,BenkaiLi,DongzhouJia,YaliHouandCongMao.Experimentalevaluationofthelubricationpropertiesofthewheel/workpieceinterfaceinMQLgrindingusingdifferenttypesofvegetableoils.JournalofCleanerProduction,2016(127):487-499.
10.YanbinZhang,ChangheLi*,DongzhouJia,BenkaiLi,YaogangWang,MinYang,YaliHou,XiaoweiZhang.ExperimentalResearchonEffectofNanoparticleConcentrationonLubricatingPropertyofNanofluidsMQLGrindingofNi-basedAlloy.JournalofMaterialsProcessingTechnology,2016,232:100–115.
11.YaogangWang,ChangheLi*,YanbinZhang,BenkaiLi,MinYang,XianpengZhang,ShumingGuoandGuotaoLiu.ExperimentalEvaluationoftheLubricationPropertiesoftheWheel/WorkpieceInterfaceinMQLGrindingwithDifferentNanofluids.TribologyInternational,2016,(99):198–210.
12.LiBenkai,LiChanghe*,ZhangYanbin,WangYaogang,JiaDongzhou,YangMin.Grinding
temperatureandenergyratiocoefficientinMQLgrindingofhigh-temperaturenickel-basealloybyusingdifferentvegetableoilsasbaseoil.ChineseJournalofAeronautics,201629(4):1084–1095.
13.YanbinZhang,*ChangheLi,DongzhouJia,DongkunZhang,XiaoweiZhang.Experimental
EvaluationoftheLubricationPerformanceofMoS2/CNTNanofluidforMinimalQuantityLubricationinNi-basedAlloyGrinding.InternationalJournalofMachineToolsandManufacture,2015,99(12):19-33
14.ZhangYanBin,LiChangHe*,JiaDongZhou,ZhangDongKun,ZhangXiaoWei.Experimental
EvaluationofMoS2NanoparticlesinJetMQLGrindingwithDifferentTypesofVegetableOilasBaseOil.JournalofCleanerProduction,201587(1):930-940.
15.ZhangDongKun,LiChangHe*,JiaDongZhou,ZhangYanBin,ZhangXiao.Specificgrindingenergyandsurfaceroughnessofnanoparticlejetminimumquantitylubricationingrinding.ChineseJournalofAeronautics,2015,28(2):570-581.
16.YaogangWang,ChangheLi*,YanbinZhang,BenkaiLi,MinYang,XianpengZhang,ShumingGuo,GuotaoLiu,MinggeZhai.Comparativeevaluationofthelubricatingpropertiesofvegetable-oil-basednanofluidsbetweenfrictionaltestandgrindingexperiment.JournalofManufacturingProcesses,2017,26:94-104.
17.DongzhouJia,ChangheLi*,YanbinZhang,DongkunZhangandXiaoweiZhang.Experimental
ResearchontheInfluenceoftheJetParametersofMinimumQuantityLubricationontheLubricatingPropertyofNi-basedAlloyGrinding.TheInternationalJournalofAdvancedManufacturingTechnology,2016,82(1-4):617-630.
18.YanbinZhang,ChangheLi,QiangZhang,DongzhouJia,ShengWang,DongkunZhang,CongMao.Improvementofusefulflowrateofgrindingfluidwithsimulationschemes.TheInternationalJournalofAdvancedManufacturingTechnology,2016,84(9-12):2113-2126.
19.BenkaiLi，ChangheLi,YanbinZhang,YaogangWang,MinYang,DongzhouJia,NaiqiongZhang,QingdongWu.Effectofthephysicalpropertiesofdifferentvegetableoil-basednanofluidsonMQLCgrindingtemperatureofNi-basedalloy.TheInternationalJournalofAdvancedManufacturingTechnology,2016:1-16.
20.XianpengZhang,ChangheLi*,YanbinZhang,DongzhouJia,BenkaiLi,YaogangWang,MinYangYaliHouandXiaoweiZhang.PerformancesofAl2O3/SiChybridnanofluidsinminimum-quantitylubricationgrinding.TheInternationalJournalofAdvancedManufacturingTechnology,2016,86(9):3427–3441.
21.ZhangDongKun,LiChangHe*,ZhangYanBin,JiaDongZhou,ZhangXiaoWei.ExperimentalresearchontheenergyratiocoefficientandspecificgrindingenergyinnanoparticlejetMQLgrinding.TheInternationalJournalofAdvancedManufacturingTechnology,2015,78(5-8):1275-1288.
22.ChangheLi*,HuayangZhao,HongliangMa,YaliHou,YanbinZhang,MinYang,XiaoweiZhang.
SimulationStudyonEffectofCuttingParametersandCoolingModeonBone-drillingTemperatureFieldofSuperhardDrill.TheInternationalJournalofAdvancedManufacturingTechnology,2015,81(9):2027-2038.
23.ChangheLi*,QiangZhang,ShengWang,DongzhouJia,DongkunZhang,YanbinZhang,Xiaowei
Zhang.UsefulFluidFlowandFlowRateinGrinding:AnExperimentalVerification.TheInternationalJournalofAdvancedManufacturingTechnology,2015,81(5):785-794.
24.ShengWang,ChangheLi*,DongkunZhang.Modelingtheoperationofacommongrindingwheelwithnanoparticlejetflowminimalquantitylubrication.InternationalJournalofAdvancedManufacturing
Technology,2014,74(5-8):835-850.
25.LiChanghe*,ZhangXiaowei,ZhangQiang.Modelingandsimulationofusefulfluidflowrateingrinding.InternationalJournalofAdvancedManufacturingTechnology,2014,75(9-12):1587-1604.
26.ChangheLi*,DongkunZhang,DongzhouJia,ShengWang,YaliHou.ExperimentalEvaluationonTribologicalPropertiesofNano-particleJetMQLGrinding.Int.J.SurfaceScienceandEngineering,2015,9(2/3):159-173.
27.DongzhouJia,ChangheLi*,DongkunZhang.ExperimentalVerificationofNano-ParticleJetMinimumQuantityLubricationEffectivenessinGrinding.JournalofNanoparticleResearch,2014,16(12):1-15.
28.JiaDongzhou,LiChanghe*,WangSheng.AdvancesandPatentsaboutGrindingEquipmentswithNano-ParticleJetMinimumQuantityLubrication.RecentPatentsonNanotechnology,2014,8(3):215-229.
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