(1)负责,国家863项目:“第三代核电压力容器寿命与可靠性评价关键技术”,2009.6-2011.12。
(2)负责,国家自然科学基金项目:“几何与材料复合拘束下的核电容器接管安全端LBB分析研究”,2011.1-2013.12.
(3)参加,国家自然科学基金重点项目:“高温装置结构完整性保障关键基础问题的研究”,2009.1-2012.12。
(4)负责,上海市重点科技攻关项目子课题:“核I级焊材腐蚀性能研究”,2010.6-2012.6
(5)参加,国家自然科学基金项目:“蠕变条件下跨尺度裂纹扩展速率的统一模型”,2008.1-2010.12。
(6)参加,国家863项目:“先进汽轮机关键部件的全寿命预测技术”,2007.9-2008.12.
2.《低合金高强钢热预应力增韧机理研究》,2004年获甘肃省高校科技进步二等奖。
3.《低合金钢下平台及韧—脆转变区解理断裂机理的研究》,1998年获甘肃省高校科技进步一等奖和甘肃省科技进步三等奖。
4.《焊接冶金及焊接区韧性》,2002年获甘肃省高校科技进步二等奖。
5.《低合金钢焊缝区解理断裂机理,判据和模型》,1994年获甘肃省高校科技进步一等奖,1996年获甘肃省科技进步三等奖。
2.G.Z.Wang,X.LLiu,F.Z.Xuan,S.T.Tu“Effectofconstraintinducedbycrackdepthoncreepcrack-tipstressfieldinCTspecimens”,InternationalJournalofSolidsandStructures,2010,Vol.47,No.1,pp.51-57.(SCI/EI)
3.G.Z.Wang,F.Z.Xuan,S.T.Tu,Z.D.Wang“Effectsoftriaxialstressonmartensitetransformation,stress–strainandfailurebehaviorinfrontofcracktipsinshapememoryalloyNiTi”,MaterialsScienceandEngineeringA,2010,527,No.6,pp.1529–1536.(SCI/EI)
4.G.Z.Wang,H.Wang,F.Z.Xuan,S.T.Tu,Z.D.Wang“Effectsofvoiddamageinducedbywarmprestressing(WPS)oncleavagefractureofnotchedsteelspecimens”.EngineeringFractureMechanics,2009,Vol.76,No.8,pp.1010–1023.(SCI/EI)
5.G.Z.Wang,Y.L.Wang,F.Z.Xuan,S.T.Tu,Z.DWang“CleavagefracturebehaviorofaC–Mnvesselsteelatvariousloadingratesinnotchedspecimens”.IntJPressureVesselsPiping,2008,vol.85,pp,720–727,(SCI/EI).
6.G.Z.Wang“EffectofmartensitetransformationonfracturebehaviorofshapememoryalloyNiTiinanotchedspecimen”,InternationalJournalofFracture,November2007,Vol.146,No.1-2,pp.93-104.(SCI/EI)
7.G.Z.Wang,Y.L.Wang“Effectsofloadingrate,notchgeometryandloadingmodeonthelocalcleavagefracturestressofaC–Mnsteel”,InternationalJournalofFracture,November2007,Vol.146,No.1-2,pp.105-121.(SCI/EI)
8.G.Z.Wang“Afiniteelementanalysisofevolutionofstress–strainandmartensitetransformationinfrontofanotchinshapememoryalloyNiTi”,MaterialScienceandEngineeringA.July2007,Vol.460-461,pp.383-391.(SCI/EI).
9.G.Z.Wang“Effectsofnotchgeometryonstress–straindistribution,nmartensitetransformationandfracturebehaviorishapememoryalloyNiTi”,MaterialScienceandEngineeringA.October2006,Vol.434,No.1-2,pp.269-279.(SCI/EI).
10.G.Z.Wang,Y.L.Wang,J.H.Chen“Effectsofloadingrateonthelocalcleavagefracturestressσfinnotchedspecimens”,EngineeringFractureMechanics,2005,Vol.72,No.5,pp.675–689.(SCI/EI).
11.G.Z.Wang,X.C.Ren,andJ.H.Chen“EffectsofLoadingRateonFractureBeahviorofLow-AlloySteelwithDifferentGrainSizes”,Metallurgical&MaterialsTransactionsA:June2004,Vol.35A,No.6,pp.1765-1778.(SCI/EI)
12.G.Z.Wang,Y.G.LiuandJ.H.Chen“InvestigationofcleavagefractureinitiationinnotchedspecimenofaC-Mnsteelwithcarbidesandinclusions”,MaterialScienceandEngineeringA.March2004,Vol.369,No.1-2,pp.181-191.(SCI/EI)
13.G.Z.Wang,J.G.WangandJ.H.Chen:“EffectsofgeometryofnotchedspecimensonthelocalcleavagefracturestressσfofC-Mnsteel”,EngineeringFractureMechanics,December2003,vol.70,No.18,pp.2499-2512.(SCI/EI)
14.G.Z.Wang,X.C.RenandJ.H.Chen:“Changeofcriticaleventsofcleavagefracturewithvariationofloadingrateinnotchedspecimensofsteel”,InternationalJournalofFracture.February2003,Vol.119,No.3,pp.L61-L66.(SCI/EI)
15.J.H.Chen,Q.Wang,G.Z.WangandZ.Li:“Fracturebehavioratcracktip---anewframeworkforcleavagemechanismofsteel”,ActaMaterialia,2003,vol.51,pp.1841-1855.(SCI/EI).
16.G.Z.Wang,J.H.ChenandJ.G.Wang:“Onmeasurementandmeaningofthecleavagefracturestressinsteel”,InternationalJournalofFracture.December2002,Vol.118,No.3,pp.211-227.(SCI/EI)
17.G.Z.Wang,J.H.ChenandG.H.Liu:“OnthecharacteristicdistanceandminimumfracturetoughnessforcleavagefractureinaC-Mnsteel”InternationalJournalofFracture,November2002,vol.118,No.1,pp.57-76.(SCI/EI)
18.G.Z.Wang,Z.Q.Dong,J.H.ChenandX.Chen:“Mechanismofeffectsofwarmprestressing(WPS)onapparenttoughnessofnotchedsteelspecimens:PartI:Experimental”,InternationalJournalofFracture,October2002,vol.117,No.4,pp.359-373.(SCI/EI)
19.G.Z.Wang,G.H.LiuandJ.H.Chen:“Effectsofprecrackedspecimengeometryonlocalcleavagefracturestressσfoflowalloysteel”,InternationalJournalofFracture,November2001,vol.112,No.2,pp.183-196.(SCI/EI)
20.G.Z.WangandJ.H.Chen:“AstatisticalmodelforcleavagefractureinnotchedspecimensofC-Mnsteel”,Fatig.&Fract.ofEngngMater.&Struct.,2001,vol.24,No.7,pp.451-459.(SCI/EI)
21.G.Z.WangandJ.H.Chen:“Onlocationsinitiatingcleavagefractureinprecrackedspecimensoflowalloysteelandweldmetal”,InternationalJournalofFracture,April2001,vol.108,No.3,pp.235-250.(SCI/EI)
22.J.H.ChenandG.Z.Wang:“Studyoncleavagefracturecriteriaofthequasi-brittleandmicro-inhomogeneousmaterials”,InternationalJournalofFracture,March2001,vol.108,No.2,pp.143-164.(SCI/EI)