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1.SongQingyuan,SunChengqi*,2020.Mechanismofcrackinitiationandearlygrowthofhighstrengthsteelsinveryhighcyclefatigueregime.MaterialsScience&EngineeringA,771:138648.
2.SongQingyuan,LiYanqing,WangLei,HuangRuxu,SunChengqi*,2019.Effectofriseandfalltimeondwellfatiguebehaviorofahighstrengthtitaniumalloy.Metals,9:914.
3.LiChunming,HuZheng,SunChengqi*,SongQingyuan,ZhangWanhao.Probabilisticcontrolvolumemethodforevaluatingtheeffectsofnotchsizeandloadingtypeonfatiguelife.ActaMechanicaSolidaSinica.https://doi.org/10.1007/s10338-019-00126-2
4.李亚波,宋清源,杨凯,陈一萍,孙成奇*,洪友士,2019.试样疲劳性能尺度效应的概率控制体积方法.力学学报,51(5):1363–1371.
5.SunChengqi,SongQingyuan,ZhouLingling,LiuJialong,WangYao,WuXiaolei,WeiYujie*,2019.Theformationofdiscontinuousgradientregimesduringcrackinitiationinhighstrengthsteelsunderveryhighcyclefatigue.InternationalJournalofFatigue,124:483–492.
6.SunChengqi*,SongQingyuan,ZhouLingling,PanXiangnan,2019.Characteristicofinteriorcrackinitiationandearlygrowthforhighcycleandveryhighcyclefatigueofamartensiticstainlesssteel.MaterialsScience&EngineeringA,758:112–120.
7.WangYao,YuanLichao,ZhangShijia,SunChengqi,WangWenjing,YangGuangxue,LiQiang,WeiYujie*,2019.Theinfluenceofcombinedgradientstructurewithresidualstressoncrack-growthbehaviorinmediumcarbonsteel.EngineeringFractureMechanics,209:369–381.
8.SunChengqi*,SongQingyuan,2019.Amethodforevaluatingtheeffectsofspecimengeometryandloadingconditiononfatiguelifeofmetallicmaterials.MaterialsResearchExpress,6:046536.
9.HuYuanpei,Sunchengqi,HongYoushi*,2018.Crackgrowthratesandmicrostructurefeatureofinitiationregionforvery‐high‐cyclefatigueofahigh‐strengthsteel.Fatigue&FractureofEngineeringMaterials&Structures,41:1717–1732.
10.HuYuanpei,SunChengqi,XieJijia,HongYoushi*,2018.Effectsofloadingfrequencyandloadingtypeonhigh-cycleandvery-high-cyclefatigueofahigh-strengthsteel.Materials,11:1456.
11.SunChengqi*,SongQingyuan,2018.Amethodforpredictingtheeffectsofspecimengeometryandloadingconditiononfatiguestrength.Metals,8:811.
12.SunChengqi*,SongQingyuan,HuYuanpei,WeiYujie,2018.Effectsofintermittentloadingonfatiguelifeofahighstrengthsteelinveryhighcyclefatigueregime.InternationalJournalofFatigue,117:9–12.
13.LiYanqing,SongQingyuan,FengShichao,SunChengqi*,2018.Effectsofloadingfrequencyandspecimengeometryonhighcycleandveryhighcyclefatiguelifeofahighstrengthtitaniumalloy.Materials,11:1628.
14.PanXiangnan,SuHang,SunChengqi,HongYoushi*,2018.Thebehaviorofcrackinitiationandearlygrowthinhigh-cycleandvery-high-cyclefatigueregimesforatitaniumalloy.InternationalJournalofFatigue,115:67–78.
15.洪友士*,孙成奇,刘小龙,2018.合金材料超高周疲劳的机理与模型综述.力学进展,48:1–65.
16.HongYoushi*,SunChengqi,2017.Thenatureandthemechanismofcrackinitiationandearlygrowthforvery-high-cyclefatigueofmetallicmaterials–Anoverview.TheoreticalandAppliedFractureMechanics,92:331–350.
17.ZhangShijia,XieJijia,JiangQingqing,ZhangXiaole,SunChengqi,HongYoushi*,2017.Fatiguecrackgrowthbehavioringradientmicrostructureofhardenedsurfacelayerforanaxlesteel.MaterialsScience&EngineeringA,700:66–74.
18.SuHang,LiuXiaolong,SunChengqi,HongYoushi*,2017.Nanograinlayerformationatcrackinitiationregionforvery-high-cyclefatigueofaTi–6Al–4Valloy.Fatigue&FractureofEngineeringMaterials&Structures,40:979–993.
19.张吟*,刘小明,雷现奇,孙成奇,方新,魏宇杰,2017.基于分层分压结构的新型潜水器耐压壳结构设.力学学报,49:1231–1242.
20.SunChengqi,HongYoushi*,2016.Apromisingmethodfortheanalysisofnotcheffectonfatiguestrength:Strainenergydensityapproach.ScienceChinaTechnologicalSciences,59:1617–1618.
21.LiuXiaolong,SunChengqi,HongYoushi*,2016.Facetedcrackinitiationcharacteristicsforhigh-cycleandveryhigh-cyclefatigueofatitaniumalloyunderdifferentstressratios.InternationalJournalofFatigue,92:434–441.
22.刘小龙,孙成奇,周砚田,洪友士*,2016.微结构和应力比对Ti-6Al-4V高周和超高周疲劳行为的影响.金属学报,52:923–930.
23.JiangQingqing,SunChengqi,LiuXiaolong,HongYoushi*,2016.Very-high-cyclefatiguebehaviorofastructuralsteelwithandwithoutinducedsurfacedefects.InternationalJournalofFatigue,93:352–362.
24.SunChengqi,ZhangXiaole,LiuXiaolong,HongYoushi*,2016.Effectsofspecimensizeonfatiguelifeofmetallicmaterialsinhigh-cycleandvery-high-cyclefatigueregimes.Fatigue&FractureofEngineeringMaterials&Structures,39:770–779.
25.HongYoushi*,LiuXiaolong,LeiZhengqiang,SunChengqi,2016.Theformationmechanismofcharacteristicregionatcrackinitiationforvery-high-cyclefatigueofhigh-strengthsteels.InternationalJournalofFatigue,89:108–118.
26.LiuXiaolong,SunChengqi,HongYoushi*,2016.Crackinitiationcharacteristicsandfatiguepropertyofahigh-strengthsteelinVHCFregimeunderdifferentstressratios.FractureandStructuralIntegrity,35:88–97.
27.MatsunagaH.*,SunChengqi,HongYoushi*,MurakamiY.,2015.Dominantfactorsforvery-high-cyclefatigueofhigh-strengthsteelsandanewdesignmethodforcomponents.Fatigue&FractureofEngineeringMaterials&Structures,38:1274–1284.
28.SunChengqi,LiuXiaolong,HongYoushi*,2015.Atwo-parametermodeltopredictfatiguelifeofhigh-strengthsteelsinaveryhighcyclefatigueregime.ActaMechanicaSinica,31:383–391.
29.LiuXiaolong,SunChengqi,HongYoushi*,2015.Effectsofstressratioonhighcycleandvery-high-cyclefatiguebehaviorofaTi-6Al-4Valloy.MaterialsScience&EngineeringA,622:228–235.
30.SunChengqi,LeiZhengqiang,HongYoushi*,2014.Effectsofstressratiooncrackgrowthrateandfatiguestrengthforhighcycleandvery-high-cyclefatigueofmetallicmaterials.MechanicsofMaterials,69:227–236.
31.HongYoushi*,LeiZhengqiang,SunChengqi,ZhaoAiguo,2014.Propensitiesofcrackinteriorinitiationandearlygrowthforvery-high-cyclefatigueofhighstrengthsteels.InternationalJournalofFatigue,58:144–151.
32.LeiZhengqiang,XieJijia,SunChengqi,HongYoushi*,2014.Effectofloadingconditiononvery-high-cyclefatiguebehavioranddominantvariableanalysis.SCIENCECHINAPhysics,Mechanics&Astronomy,57:74–82.
33.SunChengqi,LeiZhengqiang,XieJijia,HongYoushi*,2013.Effectsofinclusionsizeandstressratioonfatiguestrengthforhigh-strengthsteelswithfish-eyemodefailure.InternationalJournalofFatigue,48:19–27.
34.SunChengqi*,LiuKaixin,HongYoushi,2013.Dynamicshellbucklingbehaviorofmulti-walledcarbonnanotubesembeddedinanelasticmedium.SCIENCECHINAPhysics,Mechanics&Astronomy,56:483–490.
35.SunChengqi,XieJijia,ZhaoAiguo,LeiZhengqiang,HongYoushi*,2012.Acumulativedamagemodelforfatiguelifeestimationofhigh-strengthsteelsinhigh-cycleandvery-high-cyclefatigueregimes.Fatigue&FractureofEngineeringMaterials&Structures,35:638–647.
36.SunChengqi*,LiuKaixin,HongYoushi,2012.Dynamicbucklingbehaviorofmulti-walledcarbonnanotubessubjectedtostepaxialloading.ActaMechanicaSolidaSinica,25(2):117–125.
37.SunChengqi*,LiuKaixin,HongYoushi,2012.Axisymmetriccompressivebucklingofmulti-walledcarbonnanotubesunderdifferentboundaryconditions.ActaMechanicaSinica,28(1):83–90.
38.ZhaoAiguo,XieJijia,SunChengqi,LeiZhengqiang,HongYoushi*,2012.Effectsofstrengthlevelandloadingfrequencyonvery-high-cyclefatiguebehaviorforabearingsteel.InternationalJournalofFatigue,38:46–56.
39.LeiZhengqiang,HongYoushi*,XieJijia,SunChengqi,ZhaoAiguo,2012.Effectsofinclusionsizeandlocationonvery-high-cyclefatiguebehaviorforhighstrengthsteels.MaterialsScience&EngineeringA,558:234–241.
40.SunChengqi,HongYoushi*,2012.Correlationofcrackgrowthrateandstressratioforfatiguedamagecontainingveryhighcyclefatigueregime.Theoretical&AppliedMechanicsLetters,2:031004.
41.LeiZhengqiang,ZhaoAiguo,XieJijia,SunChengqi,HongYoushi*,2012.VeryhighcyclefatigueforGCr15steelwithsmoothandhole-defectspecimens.Theoretical&AppliedMechanicsLetters,2:031003.
42.洪友士*,孙成奇.高强钢超高周疲劳裂纹萌生和初始扩展的机理与模型.第十六届全国疲劳与断裂学术会议（大会特邀报告）,中国厦门,11月2-5日,2012.
43.ZhaoAiguo,XieJijia,SunChengqi,LeiZhengqiang,HongYoushi*,2011.PredictionofthresholdvalueforFGAformation.MaterialsScienceandEngineeringA,528:6872–6877.
44.SunChengqi,ZhaoAiguo,HongYoushi*,2011.Correlationofcrackinitiationparameterswithlifeestimationforvery-high-cyclefatigueofhighstrengthsteels.StructuralLongevity,2(3):157–168.
45.庄表中*,孙成奇,吴立香,2010.魔术动力学分析之三——两个或多个铁环与铁链套结过程.力学与实践,32:116–117.
46.SunChengqi,LiuKaixin*,2009.Vibrationofmulti-walledcarbonnanotubeswithinitialaxialforceandradialpressure.JournalofPhysicsD:AppliedPhysics,42:175412.
47.SunChengqi,LiuKaixin*,2009.Dynamicbucklingofdouble-walledcarbonnanotubesunderstepaxialload.ActaMechanicaSolidaSinica,22(1):27–36.
48.SunChengqi,LiuKaixin*,2009.Dynamiccolumnbucklingofmulti-walledcarbonnanotubesunderaxialimpactload.SolidStateCommunications,149:429–433.
49.SunChengqi,LiuKaixin*,2008.Dynamictorsionalbucklingofadouble-walledcarbonnanotubeembeddedinanelasticmedium.EuropeanJournalofMechanicsA/Solids,27:40–49.
50.SunChengqi,LiuKaixin*,2008.Combinedtorsionalbucklingofmulti-walledcarbonnanotubescouplingwithaxialloadingandradialpressures.InternationalJournalofSolidsandStructures,45:2128–2139.
51.SunChengqi,LiuKaixin*,2008.Torsionalbucklingofmulti-walledcarbonnanotubesundercombinedaxialandradialloadings.JournalofPhysicsD:AppliedPhysics,41:205404.
52.SunChengqi,LiuKaixin*,LuGuoxing,2008.Dynamictorsionalbucklingofmulti-walledcarbonnanotubesembeddedinanelasticmedium.ActaMechanicaSinica,24:541–547.
53.SunChengqi,LiuKaixin*,2007.Vibrationofmulti-walledcarbonnanotubeswithinitialaxialloading.SolidStateCommunications,143:202–207.
54.SunChengqi,LiuKaixin*,2007.Combinedtorsionalbucklingofmulti-walledcarbonnanotubescouplingwithradialpressures.JournalofPhysicsD:AppliedPhysics,40:4027–4033.
55.SunChengqi,LiuKaixin*,TanimuraS.,2007.InvestigationofsolenoidalconditionforsolvingwavepropagationproblemsbyLamé’sdecomposition.MultidisciplineModelinginMaterialsandStructures,3(2):247–256.
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