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XiaolingHu,RuizhiHe,YoujianHuang,BoyuanYin,WenboLuo.Amethodtopredictthedynamicalbehaviorsofcarbonblackfillednaturalrubberatdifferenttemperatures.PolymerTesting,2019,79:106067[Fulltext]
LongfanPeng,ZhidaLi,WenboLuo,YunyuLi.Analysisofdynamicviscoelasticpropertiesofchloroprenerubberconsideringpre-straineffect.MaterialsResearchExpress,2019,6:105324.[Fulltext]
WenboLuo,MingLi,YoujianHuang,BoyuanYin,XiaolingHu.Effectoftemperatureonthetearfractureandfatiguelifeofcarbon-black-filledrubber.Polymers,2019,11(5),768:1-11.[Fulltext]
WenboLuo,YanpengLiu,BoyuanYin,XiuLiu.Creeplifetimeassesmentofpressure-tightPE100pipesbasedonaslowfatiguecrackgrowth.StrengthofMaterials,2018,50(5):781-787.[Fulltext]
XianrongWang,BoyuanYin,WenboLuo.Fatiguedamageanalysisofanasphaltmixturebasedonpseudostiffness.StrengthofMaterials,2018,50(5):764-771.[Fulltext]
WenboLuo,BoyuanYin,XiaolingHu,ZhengZhou,YanDeng,KuiSong.Modelingoftheheatbuild-upofcarbonblackfilledrubber.Polymertesting,2018,69:116-124.[Fulltext]
BoyuanYin,XiaolingHu,WenboLuo,KuiSong.ApplicationoffractionalcalculusmethodtoasymmetricdynamicalresponseofCB-filledrubber.PolymerTesting,2017,61:416-420.[Fulltext]
DongdongGao,PengbinWang,MingLi,WenboLuo.Modellingofnonlinearviscoelasticcreepbehaviourofhot-mixasphalt.ConstructionandBuildingMaterials,2015,95:329-336.[Fulltext]
YanLi,XiuLiu,XiaolingHu,WenboLuo.Changesintensileandtearingfracturepropertiesofcarbon-blackfilledrubbervulcanizatesbythermalaging.PolymersforAdvancedTechnologies,2015,26(11):1331-1335.[Fulltext]
XiuLiu,BoyuanYin,WenboLuo.Acousticemissionhysteresiseffectofpolyvinylchlorideundermulti-stepmechanicalloads.MaterialsResearchInnovations,2015,19(s7):1-3.[Fulltext]
XiuLiu,WenboLuo,BoyuanYin.Strain-amplitudeandstrain-ratedependentcrazedamageofpoly(methylmethcrylate).PolymersandPolymerComposites,2014,22(8):737-741.[Fulltext]
XiaolingHu,WenboLuo,XiuLiu,MingLi,YoujianHuang,JilingBu.Temperature-andfrequency-dependentrheologicalbehaviorofcarbonblackfillednaturalrubber.Plastics,RubberandComposites:MacromolecularEngineering,2013,42(10):416-420.[Fulltext]
MingLi,XiaolingHu,WenboLuo,YoujianHuang,JilingBu.Comparisonoftwohyperelasticmodelsforcarbonblackfilledrubber.AppliedMechanicsandMaterials,2013,275-277:28-32.[Fulltext]
WenboLuo,ChuhongWang,XiaolingHu,TingqingYang.Long-termcreepassessmentofviscoelasticpolymerbytime-temperature-stresssuperposition.ActaMechanicaSolidaSinica,2012,25(6):571-578.[Fulltext]
YongOuyang,XiaolingHu,XiuLiu,WenboLuo.Anew3-Dunitcellmodelusedinhomogenizationestimationofeffectivepropertiesofparticle-filledcomposites.AdvancedMaterialsResearch,2012,374-377:1269-1273.[Fulltext]
WenboLuo,ChuhongWang,XiuLiu,QiangShen.Changesinelasticandviscoelasticpropertiesofpoly(methylmethacrylate)byphysicalaging.AdvancedMaterialsResearch,2011,314-316:914-917.[Fulltext]
WenboLuo,XiaolingHu,ChuhongWang,QifuLi.FrequencyandstrainamplitudedependentdynamicalmechanicalpropertiesandhysteresislossofCB-filledvulcanizednaturalrubber.InternationalJournalofMechanicalSciences,2010,52(2):168-174.[Fulltext][Top25HottestArticleinanacademicyear]
Zhi-DaLi,Ting-QingYang,Wen-BoLuo.Animprovedmodelforbendingofthinviscoelasticplateonelasticfoundation.NaturalScience,2009,1(2):120-123.[Fulltext]
LuoWen-bo,XiaoHua-ming,TanJiang-hua,WuGuo-zhong,LinMing-li.EffectsofgammairradiationandmoistureabsorptiononmechanicalpropertiesofPA6/PTFEblends.J.CentralSouthUniversityofTechnology,2008,15(s1):560-563.[Fulltext]
WenboLuo,ChuhongWang,RongguoZhao,XinTang,YoshihiroTomita.Creepbehaviorofpoly(methylmethacrylate)withgrowingdamage.MaterialsScienceandEngineeringA,2008,Vols.483-484:580-582.[Fulltext]
ZhaoRong-guo,ChenChao-zhong,LiQi-fu,LuoWen-bo.Effectsofstressandphysicalageingonnonlinearcreepbehaviorofpoly(methylmethacrylate).J.CentralSouthUniversityofTechnology,2008,15(s1):582-588.[Fulltext]
RongguoZhao,WenboLuo.Fracturesurfaceanalysisonnano-SiO2/epoxyresincomposite.MaterialsScienceandEngineeringA,2008,Vols.483-484:313-315.[Fulltext]
RongguoZhao,WenboLuo.Time-dependentmechanicalbehaviorsofpolyamide6/nano-SiO2composite.KeyEngineeringMaterials,2008,368-372:1080-1083.[Fulltext]
RongguoZhao,WenboLuo,QifuLi,ChaozhongChen.Applicationoftime-ageingtimeandtime-temperature-stressequivalencetononlinearcreepofpolymericmaterials.MaterialsScienceForum,2008,575-578:1151-1156.[Fulltext]
WenboLuo,XinTang,RongguoZhao,JianghuaTan,YoshihiroTomita.Physicalagingandcreepbehaviorofpoly(methylmethacrylate).MaterialsScienceForum,2007,Vol.561-565:2041-2044.[Fulltext]
RongguoZhao,WenboLuo,ChuhongWang,XinTang.Time-temperature-stressequivalenceappliedtoacceleratedcharacterizationofcreepbehaviorofviscoelasticpolymer.KeyEngineeringMaterials,2007,Vol.353-358:1386-1389.[Fulltext]
WenboLuo,SaidJazouli,ToanVu-Khanh.Modelingofnonlinearviscoelasticcreepofpolycarbonate.E-polymers,2007,No.17:1-11.[Fulltext]
WenboLuo,WenxianLiu.Incubationtimetocrazinginstressedpoly(methylmethacrylate).PolymerTesting,2007,26(3):413-418.[Fulltext]
WenboLuo,ChuhongWang,RongguoZhao.Applicationoftime-temperature-stresssuperpositionprincipletononlinearcreepofPoly(methylmethacrylate).KeyEngineeringMaterials,2007,Vol.340-341:1091-1096.[Fulltext]
WenboLuo,ChuhongWang,ToanVu-Khanh,SaidJazouli.Time-stressequivalence:applicationtononlinearcreepofpolypropylene.J.CentralSouthUniversityofTechnology,2007,14(s1):310-313.[Fulltext]
MinYu,YingsheLuo,WenboLuo,et.al.Numericalsimulationandexperimentalstudyonrheologicalpropertiesofpolypropylene,J.CentralSouthUniversityofTechnology,2007,14(s1):151-153.[Fulltext]
WenboLuo,TingqingYang.Plasticdissipationandtemperaturefieldaroundasteadyrunningcrack.KeyEngineeringMaterials,2006,Vol.324-325:895-898.[Fulltext]
RongguoZhao,WenboLuo,ChuhongWang,XinTang.Effectofstress-induceddamageevolutiononlong-termcreepbehaviorofnonlinearviscoelasticpolymer.KeyEngineeringMaterials,2006,Vol.324-325:731-734.[Fulltext]
RongguoZhao,WenboLuo,HuamingXiao,GuozhongWu.Water-absorptivityandmechanicalbehaviorsofPTFE/PA6andPTFE/PA66blends.Trans.NonferrousMetalsSocietyofChina,2006,16(S.2):S498-S503.[Fulltext]
SaidJazouli,WenboLuo,FabriceBremand,ToanVu-Khanh.Nonlinearcreepbehaviorofviscoelasticpolycarbonate.JournalofMaterialsScience,2006,41(2):531-536.[Fulltext]
SaidJazouli,WenboLuo,FabriceBremand,ToanVu-Khanh.Applicationoftime-stressequivalencetononlinearcreepofpolycarbonate.PolymerTesting.2005,24(4):463-367.[Fulltext][Top25HottestArticle]
WenboLuo,TingqingYang,XiayuWang.Time-dependentcrazezonegrowthatacracktipinpolymersolids.Polymer,2004,45(10):3519-3525.[Fulltext]
WenboLuo,TingqingYang.Computersimulationofconic-shapedpatternsonfracturesurfacesofpolymers.J.Appl.Polym.Sci,2003,89(6):1722-1725.[Fulltext]
WenboLuo,TingqingYang,QunliAn.Time-temperature-stressequivalenceanditsapplicationtononlinearviscoelasticmaterials.ActaMechanicaSolidaSinica,2001,14(3):195-199.[Fulltext]
TingqingYang,QunliAn,WenboLuo.Aninvestigationoncrazegrowthatacracktipinpolymers.PolymerEngineeringandScience,2001,41(7):1171-1176.[Fulltext]
WenboLuo,TingqingYang,ZhidaLi,LongweiYuan.Experimentalstudiesonthetemperaturefluctuationsindeformedthermoplasticswithdefects.Int.J.SolidsStructures,2000,37(6):887-897.[Fulltext]
PeerReviewedPaperstoInternationalConferences
WenboLuo,BoyuanYin,XiaolingHu,YoujianHuang.Fractionalderivativerheologicalmodelfordynamicalmechanicalbehaviorofcarbon-blackfilledrubber.In:ZishunLiu,TengYongNg,XiqiaoFengEds.,Proceedingsofthe2ndInternationalSymposiumonFrontiersinAppliedMechanics,Singapore:ResearchPublishing,Nov.7-10,2015,pp.111-112.ISBN:978-81-09-6278-4.
XiaolingHu,YanLi,XiuLiu,WenboLuo.Experimentalstudiesofthermalagingeffectsonthetensileandtearingfracturebehaviorofcarbonblackfilledrubbers.The13thInternationalConferenceonFracture,Beijing,China,2013.
WenboLuo,XiaolingHu,XiuLiu,ChuhongWang.Thermorheologicalsimplicityofcarbonblackfilledrubber.In:BaiYL,WangJX,FangDLEds.,AbstractBookofthe23rdICTAM.Beijing,China,2012:289.ISBN:978-988-16022-3-7.
XiaolingHu,WenboLuo,XiuLiu,QiangShen,ZhuangbinJin.AmodifiedfractionalZenermodelfordynamicmechanicalpropertiesofCB-filledrubber.In:BaiYL,WangJX,FangDLEds.,AbstractBookofthe23rdICTAM.Beijing,China,2012:289.ISBN:978-988-16022-3-7.
WenboLuo,JianghuaTan.Ahybridhyperelasticconstitutivemodelofrubbermaterials.In:JinghongFan,HaiboChen,eds.,Proc.2ndInternationalConferenceonHeterogeneousMaterialMechanics:AdvancesinHeterogeneousMaterialMechanics,DEStechPublications,2008,pp.461-467.
RongguoZhao,WenboLuo,JianghuaTan,QifuLi,ChaozhongChen.Applicationoftime-stressequivalencetononlinearcreepofphysicalagingpoly(methylmethacrylate).In:JinghongFan,HaiboChen,eds.,Proc.2ndInternationalConferenceonHeterogeneousMaterialMechanics:AdvancesinHeterogeneousMaterialMechanics,DEStechPublications,2008,pp.1142-1145.
WenboLuo,HuamingXiao,GuozhongWu,YoshihiroTomita.EffectofgammairradiationonmechanicalpropertiesofPA6/PTFEblends.Proc.InternationalConferenceonAdvancedTechnologyinExperimentalMechanics'07(ATEM'07),Fukuoka,Japan,Sept.12-14,2007.[CD-ROM]
WenboLuo,XinTang,SaidJazouli,ToanVu-Khanh,YoshihiroTomita.Acomparativestudyofmodelsfornonlinearviscoelasticcreepofpolycarbonate.Proc.5thInternationalConferenceonNonlinearMechanics(ICNM-V),Shanghai:ShanghaiUniversityPress,2007:pp804-809.
WenboLuo,SaidJazouli,ToanVu-Khanh.Astressacceleratedcharacterizationmethodforlong-termpropertiesofviscoelasticmaterials.MaterialsforSafetyandHealth:MesoscopicandMultiscaleConsiderationinModernScienceandEngineering(Proc.ofthe7thInternationalConferenceonMesomechanics,Montreal,August1-4,2005),editedbyG.S.SihandT.Vu-Khanh,pp68-73.
WenboLuo,ChuhongWang,ToanVu-Khanh,SaidJazouli.Time-stressequivalence:applicationtononlinearcreepofpolypropylene.Proc.4thPacificRimConf.onRheology,NewYork:SciencePress,2005,pp726-729.
WenboLuo,TingqingYang,XiayuWang.Atime-dependentmodelofcrack-tipcrazezoneinviscoelasticpolymers.FractureMechanics2003:SymposiumofStructuralIntegrityandMaterialsAging(Sih,G.C.,Tu,S.T.,Wang,Z.D.Eds).Shanghai:ECUSTPress,pp137-144.
WenboLuo,TingqingYang,QunliAn.Time-temperature-stressequivalenceprincipleanditsapplicationtononlinearviscoelasticmaterials.Proc.3rdPacificRimConf.onRheology(CD-ROM),Vancouver,Canada,2001.
WenboLuo,PingZhang,TingqingYang.Stressrelaxationbehaviorofsolidpolymers.Proc.3rdPacificRimConf.onRheology(CD-ROM),Vancouver,Canada,2001.
TingqingYang,QunliAn,WenboLuo.Crazegrowthataquasi-staticcracktipinpolymers.AbstractBookofthe20thICTAM.Chicago,USA,2000:180(ISSN0073-5264).
WenboLuo.ExperimentalstudiesontheevolutionofdefecttemperaturefieldduringdeformationofABS.Proc.IUTAMSymposiumonRheologyofBodieswithdefects,KluwerAcademicPublishers,1999:109-119.
国内学术期刊论文
罗文波,梁晟,张永军.沥青混合料动态黏弹性的分数阶微分本构模型.中国公路学报.2019.
杨波,刘一江,李茂东,翟伟,罗文波,王志刚.基于循环载荷的聚乙烯管材裂纹圆棒试验方法研究进展.中国塑料,2019,33(10):128-136.
马燕,刘秀,罗利,罗文波,张永军.双轴拉伸下高聚物的时间-应力等效原理试验研究.材料导报,2019,33(12):4188-4192.
王新丰,罗文波,吴振东,陈紫阳,李玉豪.深部采动围岩宏观变形破坏的力学演化规律.现代隧道技术.2019,56(1):99-106.
罗文波,彭炎荣,罗嘉维.关于等通道转角挤压应变计算公式的修正.塑性工程学报,2017,24(5):141-146.
王初红,刘秀,李明,罗文波.玻璃态高聚物物理老化的若干研究进展.现代应用物理.2016,7(3):030801-1~7.
张黔,彭炎荣,罗文波.硬化材料正向螺旋挤压的上限解法.湘潭大学学报自然科版,2016,(2):9-15.
王鹏斌,项大兵,周福强,危银涛,罗文波.商用车子午线轮胎滚动噪声仿真研究.湘潭大学学报自然科版,2016,(1):33-38.
刘秀,罗文波,李明.流变简单材料力学性能主曲线的构建新方法.固体力学学报,2015,36(3):223-232.
刘秀,李明,胡小玲,罗文波.炭黑填充橡胶材料的泊松比与体积压缩特性.高分子材料科学与工程,2015,31(7):96-100.
邹淋,刘秀,胡小玲,李明,罗文波.减振橡胶结构的概率-区间混合动态可靠度分析.应用力学学报,2015,32(2):97-203.
胡小玲,刘秀,李明,罗文波.炭黑填充橡胶超弹性本构模型的选取策略.工程力学,2014,31(5):34-42,48.
胡小玲,刘秀,李明,罗文波.炭黑填充橡胶超弹性力学性能的三维有限元模拟.固体力学学报,2013,33(S1):117-121.
肖世武,周雄,胡小玲,罗文波.分数阶导数线性流变固体模型及其应用.工程力学,2012,29(10):354-358.
周雄,胡小玲,肖世武,罗文波.硫化橡胶动态力学性能的分数阶微分Kelvin模型.高分子材料科学与工程,2012,28(4):187-190.
尹素仙,肖世武,黄友剑,卜继玲,罗文波.预压缩对橡胶球铰疲劳寿命的影响.机械强度,2012,34(3):384-388.
赵荣国,陈朝中,罗文波,罗希延,李红超,等.聚合物材料SHPB实验关键问题.固体力学学报,2011,32:134-144.
王智超,罗迎社,罗文波,邓旭华.路基压实土流变变形的力学表征与参数识别.岩石力学与工程学报,2011,30(1):208-216.
王智超,罗迎社,罗文波,邓旭华,马千里.高填方路基压实土流变实验方法研究.湘潭大学自然科学学报,2010,32(3):48-54.
罗文波,李其抚,唐欣.物理老化对PMMA准静态力学性能的影响.高分子材料科学与工程,2009,25(1):90-93.
罗文波,唐欣,李其抚.物理老化对玻璃态高聚物非线性蠕变行为的影响.固体力学学报,2008,29(1):104-108.
罗文波,谭江华.橡胶弹性材料的一种混合本构模型.固体力学学报,2008,29(3):277-281.
谭江华,罗文波.橡胶材料分子链网络本构模型的研究进展.材料导报,2008,22(7):31-34.
肖华明,吴国忠,罗文波.γ射线辐照对PA6/PTFE合金吸水与力学性能的影响.材料科学与工艺,2008,16(6):759-762.
王初红,罗文波,赵荣国,唐欣.非线性粘弹性高分子材料长期蠕变行为的加速测试技术.高分子材料科学与工程,2007,23(2):218-221,226.
肖华明,罗文波,吴国忠,赵荣国.PTFE/PA6和PTFE/PA66共混物吸水性及流变行为实验研究.高分子材料科学与工程,2007,23(2):179-182.
罗文波,唐欣,谭江华,赵荣国.流变材料长期力学性能加速表征的若干进展.材料导报,2007,21(7):8-10,19.
王初红,罗文波,赵荣国,唐欣.应力对聚丙烯蠕变行为的时间-温度等效性的影响.湘潭大学自然科学学报,2006,28(4):31-34.
肖华明,罗文波.PA6/PTFE和PA66/PTFE的力学性能和熔融行为的实验研究.湖南工程学院学报,2006,16(3):38-41.
贺广零,罗文波,卢晋福,桂海林.宽板弯曲成形过程中的板厚变化规律.北京联合大学学报,2006,20(1):27-30.
江荧,罗文波,等.关于理想塑性板材弯曲变薄理论解的矛盾及原因分析.塑性工程学报,2006,13(1):26-28.
余敏,罗迎社,罗文波,彭相华等.PVC非线性粘弹性行为的研究.湖南工程学院学报.2006,16(2):32-34.
罗文波,杨挺青,等.高聚物自由体积与温度和应力水平的相关性.高分子材料科学与工程,2005,21(3):11-15.
胡成武,罗文波,彭炎荣.锥形凹模缩口力的理论计算与试验验证.中国工程科学,2005,7(6):54-56.
罗文波,刘文娴,杨挺青,王霞瑜.一种高聚物银纹损伤演化的实验研究.固体力学学报,2004,25(2):171-175.
罗文波,杨挺青.扩展裂纹尖端的塑性热耗散与温度场.应用力学学报2004,21(1):129-133.
罗文波.宽板塑性弯曲成形过程中的板厚变化规律.力学与实践,2004,26(3):46-47.
胡成武,罗文波,彭炎荣.变薄拉深力的两种理论解及其比较.塑性工程学报,2004,11(1):36-38.
江荧,罗文波,彭定,等.关于宽板塑性弯曲变薄理论解的讨论.金属成形工艺,2004,22(3):30-32.
彭炎荣,罗文波,李名望,江荧,彭定.V形件弯曲凹模最小深度的确定.模具技术,2004(4):33-35,58.
李名望,彭炎荣,罗文波.V形件弯曲变形过程分析及弯曲凹模深度的计算.塑性工程学报,2004,11(3):73-76.
罗文波,杨挺青.受载高聚物裂尖的损伤和银纹化.力学学报2003,35(5):553-560.
彭炎荣,江荧,段继承,李兆飞,罗文波.理想塑性及线性硬化板材弯曲成形的变薄规律.塑性工程学报,2003,10(3):22-25.
罗文波.一类弹塑性损伤材料的切线模量.湘潭大学自然科学学报,2003,25(4):41-44.
罗文波,杨挺青.固态高聚物的应力松弛行为.高分子材料科学与工程,2002,18(2):97-99.
罗文波,杨挺青.脆性高聚物的银纹化增韧设计.材料科学与工程,2002,20(3):422-424.
颜志军,罗文波,张平.高聚物银纹断裂的研究现状.高分子材料科学与工程,2002,18(5):41-44.
罗文波,杨挺青,安群力.非线性粘弹体的时间-温度-应力等效原理.固体力学学报,2001,22(3):219-224.
罗文波,杨挺青,张平.高聚物细观损伤演化的研究进展.力学进展,2001,31(2):264-275.
罗文波,杨挺青,张平.高聚物银纹化的研究进展.材料导报.2001(3):46-48.
罗文波.关于“平面纯剪切大变形等效应变分析”一文的讨论.塑性工程学报,2001,8(1):8,12.
郭艳伶,罗文波,李应明,彭炎荣.拉延-翻孔复合变形规律及其控制.锻压技术,2001,26(3):22-25.
赵荣国,罗文波,张淳源.聚合物应力松弛行为的过应力模型.湘潭大学自然科学学报,2001,23(1):37-40.
罗文波,胡云贵,胡自化等.圆柱体平板间镦粗的热力耦合分析.塑性工程学报,2000,7(1):64-69.
罗文波,喻青松.含孔洞聚合物材料破坏过程中的热量生成.高分子材料科学与工程,15(6),1999:138-141.
罗文波,罗中华,彭炎荣.Mises圆形屈服轨迹图及其在板料成形中的应用.锻压技术,1999(6):23-27.
罗中华,罗文波,彭炎荣.一种高精度有心扇形滑移线场的近似解析解.锻压技术24(1),1999:43-45.
胡自化,罗文波,等.塑性有限元网格重分系统基于AutoCAD的二次开发.金属成形工艺,17(5),1999:44-46.
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