近期论文
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英文论文
1.Rui He,Hongyan Ma,Rezwana B.Haiz,Chuanqing Fu*,Xianyu Jin,Jianhao He,Determining porosity and pore network connectivity of cement-based materials by modified non-contact electrical resistivity measurement:Experiment and theory,Materials and Design,2018,156:82-92（SCI收录）
2.Jin Xianyu,Tong Jing,Tian Ye*,Jin Nanguo,Time-varying relative displacement field on the surface of concrete cover caused by reinforcement corrosion based on DIC measurement,Construction and building materials,（2018）159:695-703（SCI收录）
3.Tian Ye Jin Nanguo*,Jin Xianyu,Coupling effect of temperature and relative humidity diffusion in concrete under amient conditions,Construction and building materials,(2018),159:673-689（SCI收录）
4.Chuanqing Fu,Zhi Wang,Xianyu Jin,Xingyi Zhu,Jun Zhu,Effective piezoelectric coeffients of cement-based 2-2 type piezoelectric composites based on a multiscale homogenization model,Composite Structure（2018）,194:170-177（SCI收录）
5.Ye,H.*,Fu,C.,Jin,N.&Jin,X.(2018).Performance of reinforced concrete beams corroded under sustained service loads:A comparative study of two accelerated corrosion techniques.Construction and Building Materials.2018.1，162：286-297
6.Ye,H.*,Jin,N.,Fu,C.&Jin,X.(2017).Rust distribution and corrosion-induced cracking patterns of corner-located rebar in concrete cover.Construction and Building Materials,156,684-691.
7.Huang,Y.,Ye,H.,Fu,C.*&Jin,N.(2017).Modeling moisture transport at the surface layer of fatigue-damaged concrete.Construction and Building Materials,151,196-207.
8.Fu,C.,Jin,N.,Ye,H.*,Jin,X.&Dai,W.(2017).Corrosion characteristics of 4-year naturally corroded reinforced concrete beams.Corrosion Science,117,11-23.
9.Ye,H.*,Jin,N.,&Jin,X.(2017).An experimental study on relationship among water sorptivity,pore characteristics,and salt concentration in concrete.Periodica Polytechnica Civil Engineering,61(3),530-540.
10.Jun Chen*,Zongjin Li and Xianyu Jin,Critical features of microstructure development of early-age cement paste revealed by non-contact electrical resistivity measurement,Construction and building materials,154:1121-1129,2017.8.（SCI收录）
11.Jun Chen*,Zongjin Li and Xianyu Jin,Morphological effect of C-S-H gel on the elastic behavior of early-age cement-based materials,Magazine of concrete research,69(12):629-640,2017.4
12.Chuanqing Fu,Hailong Ye,Xianyu Jin,Dongming Yan*,Nanguo Jin,Zhaoxiong Peng,Chloride penetration into concrete damaged by uniaxial tensile fatigue loading,Construction and building materials,125:714-723,2016.（SCI收录）
13.Hailong Ye*,Xianyu Jin,Wei Chen,Chuanqing Fu,and Nanguo Jin,prediction of chloride binding isotherms for blended cements,computers and concrete,17(5):655-672,2016.5.（SCI收录）
14.Hailong Ye,Xianyu Jin,Chunqing Fu,Nanguo Jin,Yibin Xu,Tao Huang,Chloride penetration in concrete exposed to cyclic drying-wetting and carbonation,Construction and building materials,112:457-463,2016.2.（SCI收录）
15.Hailong Ye,Nanguo Jin,Xianyu Jin,Chuanqing Fu,Wei Chen,Chloride ingress profiles and binding capacity of mortar in cyclic dring-wetting salt fog environments,Construction and building materials,127,733-742 2016.2.（SCI收录）
16.Jian-ying Wu,Miguel Cervera,Xian-yu Jin，Strain localization damaging solids and damage-type cohesive crack molds，International journal of solids and structures，2016
17.Mingyue Du,Xianyu Jin,Hailong Ye,Nanguo Jin*and Ye Tian,A coupled hygro-thermal model of early-age concrete based on micro-pore structure evolution,Construction and building materials,Vol.111,pp 689-698,2016.3（SCI收录）
18.Chuangqing Fu,Hailong Ye,Xianyu Jin*,Nanguo Jin and Lingli Gong,A reaction-diffusion modeling of carbonation process in self-compacting concrete,Computers and Concrete,
19.Hailong Ye,Chuanqing Fu,Nanguo Jin*,Xianyu Jin,Influence of flexural loading on chloride ingress in concrete subjected to cyclic dring-wetting condition,Computer and concrete,15(2):183-199,2015(SCI收录)
20.Chuanqing Fu,Xianyu Jin*,Hailong Ye,Nanguo Jin,Theoretical and experimental investigation of loading effects on chloride diffusion in saturated concrete,Journal of advanced concrete technology,13:30-43,2015(SCI收录)
21.Z.Wang,X.Y.Jin,W.Q.Chen*,Ch.Zhang,C.Q.Fu,H.Y.Gong,Micro-scaled size-dependence of the effective properties of 0-3 PZT-Cement composites:Experiments and modeling,Composited Science and Technology,105:183-189,2014.12(SCI收录)
22.Jun Chen,Nanguo Jin*,Xianyu Jin,Ye Tian,Nano-modle for micromechanics-based elasticity prediction of hardened cement paste,Magazine of concrete research,2014，66:(22):1145-1153（SCI收录）
23.Z.Wang,J.Zhu,W.Q.Chen,X.Y.Jin*,C.Z.Zhang,Modified Eshelby tensor for an ellipsoidal inclusion imperfectly embedded in an infinite piezoelectric medium,Mechanics of materials,74:56-66,2014.12（SCI收录）WOS:000336700200005
24.Z.Wang,X.Y.Jin,W.Q.Chen,Ch.Zhang,C.Q.Fu,H.Y.Gong,Micro-scaled size-dependence of the effective properties of 0-3 PZT-Cement composites:Experiments and modeling,Composited Science and Technology,105:183-189,2014.12(SCI收录)
25.Zhi Wang,Xianyu Jin,Nanguo Jin*,Xianglin Gu,Chuanqing Fu,Cover cracking model in RC structures subject to rebar corrosion,Journal of Zhejiang university-SINCE-A(applied physics and engineering),15(7):496-507,2014.4（SCI收录）
26.Zhi Wang(王治)Xianyu Jin*(金贤玉),Nanguo Jin（金南国）,Abid A Shah and Bei Li（李蓓）,Damage based constitutive model for predicting the performance degradation of concrete，Latin American Journal of Solids and Structures，Vol 11,No 6，pp907-924,2014.（SCI收录）
27.Z.Wang,J.Zhu,X.Y.Jin*,W.Q.Chen,Ch.Zhang,Effective moduli of ellipsoidal particle reinforced piezoelectric composites with imperfect interfaces,Journal of the mechanics and physics of solids,65:138-156,2014.4(SCI收录TOP期刊)WOS:000334132300009
28.Jing Yang*,Xianyu Jin,Nanguo Jin,penny-shaped crack in an infinite liner transversely isotropic medium subjected to uniform anti-symmetric heat flux:closed-form solution,European Journal OF Mechanics A/Solids,A,47:254-270,2014（SCI收录）
29.Jing Yang and Xianyu Jin*,indentation of a falt circular punch with uniform heat flux at its base into transversely isotropic magnto-thermo-elastic half space,Journal of applied physics 115(8):87-95,2014（SCI收录）
30.Jing Yang*,Xianyu Jin,Nanguo Jin.A penny-shaped crack in transversely isotropic magneto-electro-thermo-elastic medium subjected to uniform symmetric heat flux.International Journal of.Solid and Structure,51:1792-1808,2014.5.1（SCI收录）
31.Chuan-Qing Fu,Qin-Yang*Ma,Xian-Yu Jin,A.A,Shah and Ye Tian,Fracture property of steel fibber reinforced concrete at early-age,Computers and Concrete,13(1)：31-47.2014（SCI收录）
32.Tian Ye*,Jin Xianyu,Jin Nanguo.Thermal cracking analysis of concrete with cement hydration model and equivalent age method,Computers and Concrete,Vol.11,No.4,pp 271-289,2013（SCI收录）
33.Ye Hailong,Ye Tian*,Nanguo Jin,Xianyu Jin,Chuanqing Fu,Inference cracking on chloride diffusivity and moisture influential depth in concrete subjected to simulated environmental conditions,Construction and building materials,Vol.47,pp 66-79,2013（SCI收录）
34.Chen Jun,Jin Xianyu，Tian Ye*,Jin Nanguo，Interpretation of microstructure development of early-age concrete by electrical resistivity measurement，RARE METAL MATERIALS AND ENGINEERING，Vol.41,No.(s3),pp 105-109,2012（SCI收录）
35.Ye Tian*,Zongjin Li,Hongyan Ma,Xianyu Jin,Nanguo Jin，Organic and inorganic reactions in polyacrylate modified cement mortars，RARE METAL MATERIALS AND ENGINEERING，Vol.41,No.(s3),pp 208-214,2012（SCI收录）
36.Hailong Ye,Nanguo Jin*and Xianyu Jin,Chuanqing Fu，Model of Chloride Penetration into Cracked Concrete Subject to Drying-Wetting Cycles Construction and building materials,Vol.36,pp259-269，2012（SCI收录）
37.Zheng J.J*.,Zhou X.Z.,Jin X.Y.，An n-layered spherical inclusion model for predicting the elastic moduli of concrete with inhomogeneous ITZ.Cement and Concrete Composites,Vol.34,No.5,716-723,2012（SCI收录）
38.Zheng J.J.*,Zhou X.Z.,Wu Y.F.,Jin X.Y.A numerical method for the chloride diffusivity in concrete with aggregate shape effect.Construction and Building Materials,Vol.31,No.6,pp151-156,2012（SCI收录）
39.Tao Meng*,Yunmin Chen,Xianyu Jin,Shulin Zan,Xiaoqian Qian,Development and design of composite cementations material at long-time circular elevated temperature in metallurgy environment,construction and building materials,Vol.35,pp 368-375,2012（SCI收录）
40.Feng Lin,Li Hong,Xianglin Gu*,Xiaolin Wang,Xianyu Jin,Mechanical behavior of cast-in situ reinforced concrete slabs with control joints,Construction and building materials,Vol.28,pp 395-404,2012(SCI收录）
41.Zheng J.J.,Zhou X.Z.,Jin X.Y.，An n-layered spherical inclusion model for predicting the elastic moduli of concrete with inhomogeneous ITZ.Cement and Concrete Composites,2012,34(5):716-723（SCI收录）
42.Xianyu Jin,Bei li,Ye Tian,Nanguo Jin，Study On Fractal Characteristics of Cracks and Pore Structure of Concrete Based 0n Digital Image Technology，Research Journal of Applied Sciences,Engineering and Technology,2012.12.
43.Zheng Jianjun*,Zhou Xianzhu,Wu Zhimin,Jin Xianyu，A numerical method for the Young’s modulus of concrete with aggregate shape effect,Journal of Materials in Civil Engineering,Vol.23,No.12,pp1609-1615,2011（SCI收录）
44.Zheng Jian-jun,Zhou Xin-zhu,Shao Lin,Jin Xian-yu，Simple three-step analytical scheme for prediction of elastic moduli of hardened cement paste Journal of Materials in Civil Engineering，2010,22（11）：1191-1194(ASCE)(SCI收录)
45.Xianyu Jin*,Sustainable Development for Concrete Infrastructure In Chin,Advancements in cement and concrete technology,2011.9.23,Korea,Seoul.(国际会议特邀报告)
46.Gu X.L.,Song X.B*.,Lin F.,Li C.,Jin X.Y，Cracking behavior of cast-in-situ reinforced concrete slabs with control joints，Construction and building materials，Vol.25,pp 1398-1406,2011,（SCI收录）
47.Ye Tian*,Zongjin Li,Hongyan Ma,Xianyu Jin,Nanguo Jin.Physical and chemical influence of Polyacrylate latex on cement mortars.Advanced Materials Research,Vol.261-263,PP807-811,2011.（EI收录）
48.Ye Tian*,Xianyu Jin,Yuan Zhan,Nanguo Jin.Mechanical and microstructure characterization of fresh high-and normal-strength concrete with non-contact electrical resistivity measurement.Advanced Materials Research,Vols.250-253,PP122-130,2011.5（EI收录）
49.Xianyu Jin,Fu Chuan Qing*,Jin Nan Guo,Ge Fan,Zhao Yi Bing.Shrinkage Cracking Resistance Property of Self-Compacting Concrete.Advanced Materials Research,Vols.250-253,pp383-387,2011.5（EI收录）
50.Fu Chuanqing,Jin Xianyu*,Jin Nanguo,Zhao Yibing and Ge Fan.Long Age Mechanical Properties and Application of Self-Compacting Concrete.Advanced Materials Research,Vol.224,pp142-146,2011.4（EI收录）
51.Zhan Yuan,Li Qiang*,Jin Xian Yu,Tian Ye and Jin Nan Guo.Behavior of reinforced concrete subjected to boric acid corrosion of nuclear power plant.Advanced Materials Research,Vol.250-253,pp242-246,2011.5（EI收录）
52.Xu De Jin,Fu Chuan Qing*,Jin Xian Yu,Tian Ye and Jin Nan Guo.Experimental study on strength and abrasion-resistance enhancement admixture.Advanced Materials Research,Vol.250-253,pp247-251,2011.5（EI收录）
53.Jin Hui Zhen,Li Qiang*,Jin Xian Yu,Tian Ye and Jin Nan Guo.Microstructure and Durability of RC in Boric Acid.Advanced Materials Research,Vol.250-253,pp252-256，2011.5（EI收录）
54.Fu Chuan Qing,Jin Xian Yu,Tian Ye*,Jin Nan Guo.Numerical Experiment on Size Effect for SFRC Splitting Fracture.Advanced Materials Research,Vol.250-253,pp335-339,2011.5（EI收录）
55.Li Qiang*,Jin Nanguo,Jin Xianyu，Time-dependent Load bearing Capacity of Corroded R.C.Columns in Atmosphere Environment，Applied Mechanics and Materials,Vols.50-51,pp859-863,2011.2（EI收录）
56.Tian Ye,Xianyu Jin*,Nanguo Jin,Micro expressions of cement hydration kinetics，RARE METAL MATERIALS AND ENGINEERING，Vol.39,No.8,pp 216-220，2010（SCI收录）。
57.Meng Tao*,Chen Yunmin,Jin Xianyu,Zhan Shulin,Qian Xiaoqian,Service life prediction of PMC materials at circle upper temperature，RARE METAL MATERIALS AND ENGINEERING，2010，Vol.39,No.S2,pp 467-470,2010.8（SCI收录）。
58.Zheng Jian-jun*,Zhou Xin-zhu,Shao Lin,Jin Xian-yu，Simple three-step analytical scheme for prediction of elastic moduli of hardened cement paste Journal of Materials in Civil Engineering(ASCE)，Vol.22,No.1,pp1191-1194,2010(SCI收录)
59.Song X.B.,Gu X.L*.,Zhang W.P.,Zhao T.S.,Jin X.Y.，Structural analysis high-rise reinforced concrete bulding structures during construction，Structural Engineering and Mechanics,Vol.36,No.4,pp 513-527,2010(SCI收录）
60.Meiling Jiang*,Xianyu Jin,Nanguo Jin,Influence of Mineral Admixture on Early-Age Concrete Cracking,Earth and space 2010:Engineering,science,construction and operations in challenging environments 2010 ASCE,2013.3.15-18,pp 3559-3566,Hawaii,UAS,2010.3（EI收录）
61.Tian Ye*,Zongjin Li and Jin Xianyu,Mechanical Characterization of Polyacrylate Emulsion Modified Mortars,Earth and space 2010:Engineering,science,construction and operations in challenging environments 2010 ASCE,2010.3.15-18,pp3567-3578,Hawaii,UAS,,2010.3（EI收录）
62.Fu Chuanqing*,Xianyu Jin,Nanguo Jin,Modeling of Chloride Ions Diffusion in Cracked Concrete,Earth and space 2010:Engineering,science,construction and operations in challenging environments 2010 ASCE,2013.3.15-18,pp3579-3589,Hawaii,UAS,2010.3（EI收录）
63.Zhi Peng*,Xianyu Jin and Nanguo Jin,Theoretical Modeling of Concrete Moisture Diffusion Surface Facto,Earth and space 2010:Engineering,science,construction and operations in challenging environments 2010 ASCE,2010.3.15-18,pp3610-3616,Hawaii,UAS,2010.3（EI收录）
64.N.G.Jin,L.Tang,C.Q.Fu,X.Y.Jin.,Risk Analysis of Tunnel Lining Using Fault Tree Theory and Entropy Measurement,World Congress on Computer Science and Information Engineering,207-212，march31-april2,2009,los angeles,california USA（EI收录）.
65.C.Q.Fu,X.Y.Jin,N.G.Jin.,Numerical Experiment on Flexural Properties of Steel Fiber Reinforced Concrete Beam,World Congress on Computer Science and Information Engineering，755-759，march31-april2,2009,los angeles,california USA（EI收录）.
66.Jian Du,Nanguo Jin and Xianyu Jin，Application of Longitudinal Vibration Theory in Manhole Settlement Study，Advances and experinces with pipelines and trenchless technology for worter,sewer,gas,and oil applications ICPTT,ASCE,shanghai,china,2009.10.19-21.（EI收录）
67.Xianyu Jin,Nanguo Jin,Ye Tian.Study on the behavior and durability of reinforced concrete in boric acid environment[J].Key Engineering Material,2009,400-402:441-446.EI收录
68.Nanguo Jin,Xianyu Jin,Xianglin Gu.Experimental Study on Cracking Property of Self-Compacting Concrete[J].Key Engineering Materials 2009,400-402:433-438.EI收录
69.Lingli Gong,Nanguo Jin,Xianglin Gu,Xianyu Jin.Effect of Curing Conditions on Property of High Performance Concrete with Composite Mineral Admixture[J].Key Engineering Materials 2009,400-402:409-414.EI收录
70.Xianyu Jin,Nanguo Jin,Xianglin Gu.Damage Analysis of Waterproof Layer in Composite Tunnel Lining Based on Theory of Plate with Large Deflection[J].Key Engineering Materials 2009,400-402:245-250.EI收录
71.Jin,XY;Jin,NG;Tian,Ye,Young Concrete Thermal Cracking Control Based On Equivalent Age Method,1st International Conference on Microstructure Related Durability of Cementitious Composites,OCT 13-15,2008 Nanjing Peoples R China,897-904
72.Jin,NG;Jin,XY;Li,ZJ,et al.Vertical Vibration Analysis Of Manhole Under Traffic Loading,1st International Conference on Microstructure Related Durability of Cementitious Composites,OCT 13-15,2008 Nanjing Peoples R China,917-924
73.Tian,Y;Jin,XY;Jin,NG,et al.,Mathematical Modeling Of Cement Hydration Process And Microstructure Development,1st International Conference on Microstructure Related Durability of Cementitious Composites,OCT 13-15,2008 Nanjing Peoples R China,1113-1123
74.Huang,QH;Xu,N;Gu,XL,Jin,XY,Environmental Zonation For Durability Assessment And Design Of Reinforced Concrete Structures In China,1st International Conference on Microstructure Related Durability of Cementitious Composites,OCT 13-15,2008 Nanjing Peoples R China,735-743
75.Nanguo Jin,Ye Tian and Xianyu Jin,“Numerical Simulation of Fracture and Damage Behaviour of Young Concrete”,Computer and Concrete,2007，4（3），221-241,SCI收录。
76.Xianyu Jin,Yi Shen and Zongjin Li,“Behavior of High and Normal Strength Concrete at Early Ages”,Magazine of concrete research,Vol.57,No.6,339-345,2005.8,SCI收录。
77.Xianyu Jin and Zongjin Li,“Effects of mineral admixture on properties of young concrete”，ASCE Journal of materials in civil engineering，Vol.15,No.5，435-442,2003.10，SCI收录。
78.Xianyu Jin and Zongjin Li,“Dynamic Property Determination for Early-Age Concrete”,ACI Materials journal,Vol.98No.5,365-370，2001.9,SCI收录。
79.Xianyu Jin and Zongjin Li,“Investigation on mechanical properties of young concrete”,Materials and Structure,Vol.33,No.6,627-633，2000.12,SCI收录。
80.Xianyu Jin，Nanguo Jin and Zongjin Li,“Study on the electrical properties of young concrete”,Journal of Zhejiang university,Vol.3,No.2,174-180，2002.3,EI收录。
81.Nanguo Jin,Xianyu Jin and Yanguo Zheng,“experimental inveastigation on the effect of corse aggregate size and silica fume dosage to the fracture parameters of concrete,advances in structural engineering,Fuzhou and Xiamen,China,1634-1639,2006.8,(ISTP收录)
82.Xianyu Jin and Zongjin Li,“Investigation on Relationship of Prosity and Fracture Parameter of Concrete at Early-age”,IntegratedLife-Cycle Management of Infrastructures,2004.11,pp85-91,Hong Kong,China
83.Nanguo Jin Xianyu Jin and Guorong Feng,“Investigation on fracture toughness and microstructure of early-age concrete”,“8thinternational symposium on structural engineering xifor young，2004.8，987~993,ISTP收录。
84.Nanguo Jin,Xianyu Jin and Guorong Feng,“Influence of early-age loading on the properties of concrete”,8thinternational symposium on structural engineering for young，2004.8，1000~1005,ISTP收录。
85.Nanguo Jin,Xianyu Jin and Xufeng Cai,“prosity and fracture parameter(KIC,CTODC)of young concrete”8thinternational symposium on structural engineering for young，2004.8，994-9999,ISTP收录。
86.Xianyu Jin and Zongjin Li，“Investigation on electrode less resistively measurement for early-age concrete”，7thinternational symposium on structural engineering for young，2002.8，ISTP收录。
87.Nanguo Jin,Li Young and Xianyu Jin,“Determination of dynamic modulus of elasticity for early-age concrete”，7thinternational symposium on structural engineering for young，971~976，2002.8，ISTP收录。
88.Zongjin Li and Xianyu Jin，“Property investigation of cement-based materials at early-age”，The 5th international symposium on cement and concrete，国际会议特邀报告，2002.10。
89.Xianyu Jin and Zongjin Li,”Early-age property comparison of HSC and NSC”,ICPCM-Anew Era of building”,2003.2,国家自然科学基金国际合作项目.
90.Xianyu Jin and Zongjin Li,”Early-age Compressive Properties of Mineral Admixture Modified Concrete”,High Performance Concrete,2000.12.
91.Zongjin Li and Xianyu Jin,”Reinforced Concrete Durability and Corresponding Test Methods”,建筑物维护改造加固国际研讨会,国际特邀报告，2000.5.
92.Zongjin Li and Xianyu Jin，“Dynamic modulus measurement for young concrete”，High Performance Concrete，2000.12
93.Zongjin Li,Wenlai Li and Xianyu Jin,”Electrical property characterization of young concrete”,High Performance Concrete，2000.12
94.Xianyu Jin and Xingjiang Jiang Lu,“Comprehensive Research on the Reinforced Concrete Members Subjected to Open Fire”,Theories and Application of Structure Engineering,407-414,1998.8.
95.Xianyu Jin and Xingjiang Lu,“Experimental Research of Dynamic Damage”,Theories and Application of Structure Engineering,415-424,1998.8.
96.Xianyu Jin and Zongjin Li，“Mechanical Properties of Young Concrete under Tension”，Theories and Application of Structure Engineering,，263-273，2000.8.
97.Xianyu Jin and Zaizi Qian，“Comprehensive research on the reinforced concrete member subjected to open fire”,中日建筑结构技术国际会议，1993.10。
98.Jin Xianyu,Shao Youngzhi,Lu Jiefeng,“An Experimental study on ultrasonic detection and measurement for constructs subject to firing”,Journal of southeast University,Vol.11，No.1，1995.10。
99.Jin Xianyu，Yan Jiaxi,Wu Shunquan,“Experimental investigation on the temperature distribution of concrete in sunshine”,Journal of southeast University,Vol.11，No.1，1995.10。
中文论文
1.李强，金贤玉*,箍筋锈蚀对轴压混凝土短柱承载力的影响,浙江大学学报（工学版）49（10）:1929-1938，2015（EI收录）
2.金南国，徐亦斌，付传清，金贤玉，王治，荷载、碳化和氯盐侵蚀对混凝土劣化的影响，硅酸盐学报，43（10）：1483-1491,2015（EI收录）
3.杜明月，田野，金南国*，金贤玉，基于水泥水化的早龄期混凝土温湿耦合,浙江大学学报（工学版），49（8）：1410-1416，2015（EI收录）
4.15(5):847-864,2015(SCI收录)
5.付传清，屠一军，金贤玉*，张俊芝.荷载作用对混凝土中氯盐传输的影响研究进展[J].硅酸盐学报，43（4）：400-410,2015（EI收录）
6.李昕，金南国*，金贤玉，田野，干湿过程中混凝土内部水分分布数值模拟研究，水利学报，45（增刊1）：71-77，2014.12.28（EI收录）
7.童晶，金贤玉，田野*，金南国，基于DIC技术的锈蚀钢筋混凝土表面开裂，浙江大学学报（工学版），49（2）：193-199，2015（EI收录）
8.徐振南，金南国*，陈军，金贤玉，基于扩展有限元的钢筋混凝土梁剪压破坏分析，水利学报，45（增刊1）：130-137，2014.12.28（EI收录）
9.李蓓，田野，金南国*，金贤玉，基于水泥水化的混凝土碳化深度预测模型，水利学报，46（1）：109-117,2015（EI收录）
10.王治，金贤玉*，付传清,徐振楠，钱婷婷，基于损伤的钢筋混凝土锈胀开裂模型，建筑结构学报，35（9）：115-122，2014.（EI收录）
11.金贤玉，王宇纬，田野，金南国，基于微观信息的水泥水化动力学模型研究，建筑材料学报，17（5）：862-867，2014（EI收录）
12.付传清,金南国，金贤玉，等.混凝土试件自然裂缝产生装置研制及应用[J].实验技术与管理.2014,31(5):75-79
13.付传清,金贤玉，金南国.人工环境中模拟海洋潮汐作用的试验装置[J].实验室研究与探索.2014,33(4):54-57
14.付传清,金贤玉，金南国，龚灵力.自密实混凝土性能及其在核电工程中的应用[J].混凝土,2014,8:148-152
15.王雪松，金贤玉，金南国*,田野，荷载作用下开裂钢筋混凝土梁锈胀开裂模式及锈蚀分布研究，建筑结构学报,第34卷，第11期，204-212页,2013（EI收录）
16.陈军，金南国，金贤玉*，洪天冲，基于电阻率法研究混凝土渗透性能演变规律，浙江大学学报(工学版)，第47卷，第4期,575-580页,2013（EI收录）.
17.王雪松，金贤玉，田野*，金南国，基于非均匀锈蚀的变形钢筋与混凝土黏结性能研究，浙江大学学报（工学版），第47卷，第1期,154-161页,2013（EI收录）。
18.王雪松，金贤玉，田野*，金南国，荷载作用下开裂混凝土中钢筋加速锈蚀方法实用性研究,浙江大学学报（工学版）第47卷，第4期,565-574页,2013（EI收录）。
19.屠海滨，陈伟球，金贤玉*，基于压缩传感的EMI信号处理，浙江大学学报(工学版)，第46卷，第11期,2007-2012页，2012（EI收录）。
20.田野*，金贤玉，金南国.基于水泥水化动力学和等效龄期法的混凝土温度开裂分析,水利学报，第43卷(增I),179-186页,2012（EI收录）
21.王治,金贤玉,田野*,金南国,基于双G准则的掺粉煤灰砼断裂性能研究,湖南大学学报，第39卷，第3期,17-22页,2012（EI收录）
22.成盛、金南国*、田野、金贤玉，混凝土裂缝特征参数的图形化定量分析新方法，浙江大学学报（工学版），第45卷，第6期，1062-1066页,2011（EI收录）
23.蒋梅玲，金贤玉，田野*，金南国，基于断裂力学和损伤理论的混凝土开裂模型，浙江大学学报（工学版）卷,45卷，第5期,948-953页,2011（EI收录）
24.金贤玉*、田野、金南国，混凝土早龄期性能与裂缝控制，建筑结构学报，第31卷，第6期,204-212页，2010（EI收录）
25.页,2010（EI收录）
26.付传清、田野*、金贤玉、金南国、顾祥林,多场耦合作用下氯离子分布场的数值模型,东南大学学报(自然科学版),第40卷(增II),119-125页,2010（EI收录）
27.龚灵力、金南国*、何小勇、金贤玉，基于骨料信息SCC配合比设计新方法，浙江大学学报（工学版），第44卷，第4期,826-830页,2010（EI收录）
28.彭智、金南国*、金贤玉，混凝土水分扩散表面因子理论模型与验证，浙江大学学报（工学版）,第44卷，第10期,2010-2015页,2010（EI收录）
29.付传清、田野、金贤玉*、金南国、顾祥林,多场耦合作用下氯离子分布场的数值模型,第十三届纤维混凝土暨第二届海峡两岸三地混凝土技术研讨会论文集，478-486页，南京，2010.10.28-31,大会邀请报告
30.张伟平、顾祥林、金贤玉等，混凝土中钢筋锈蚀机理及锈蚀钢筋力学性能研究，建筑结构学报，2010，S1:327-332
31.金南国、金贤玉*、沈建，早龄期混凝土软化关系的数值分析，浙江大学学报：工学版，2009，第43卷，第4期,732-737页,2009（EI收录）。
32.金南国*、金贤玉、黄晓峰、田野，自密实混凝土断裂性能的试验研究，浙江大学学报：工学版，第43卷，第2期,366-369页,2009（EI收录）。
33.金南国，金贤玉，吴伟河，田野，“等效龄期法在混凝土早龄期温度裂缝控制中的应用”，浙江大学学报,Vol.42，No.1，44-47，2008，EI收录。
34.金南国、金贤玉、田野、黄晓峰，“自密实混凝土断裂性能的试验研究”，浙江大学学报43(3),2009.3(EI收录）
35.田野、金南国、金贤玉、金慧珍，“隧道复合式衬砌防水层破坏特性的里兹法分析”，浙江学报,42:(1),129~133，2008.1（EI收录）。
36.田野、金贤玉、金南国，“混凝土特征拉应变试验研究”，浙江学报42(6):1076-1079,2008.6（EI收录）。
37.金南国、金贤玉、田野，“基于人工神经网络研究混凝土孔结构与强度关系”，稀有金属材料与工程增刊，37(5):712-717,2008.5 SCI收录。
38.金南国、金贤玉、田野，“受约束早龄期混凝土收缩开裂理论预测试验研究”，浙江大学学报，2007，41（9），1499-1507，EI收录。
39.金南国、金贤玉、郭剑飞，“混凝土孔结构与强度关系模型研究”，浙江大学学报,Vol.39，No.11，1680-1684，2005.11，EI收录。
40.金南国、金贤玉、郑砚国、荒牧军治“早龄期混凝土断裂性能和微观结构的试验研究”浙江大学学报，Vol.39,No.9,1374-1377，2005.9，EI收录。
41.张剑、金贤玉、郑建军，”混凝土多边形骨料分布的计算机模拟方法”，浙江大学学报，Vol.38，No.5，581-585，2004.5，EI收录。
42.林辰、金贤玉、李宗津，“粗骨料粒径和硅灰对混凝土断裂性能影响的试验研究”，混凝土，Vol.180,No.10,32-34,2004.10.
43.金南国、金贤玉、沈毅，“双参数模型法研究早龄期混凝土的断裂性能”，混凝土，Vol.178,No.8,6-10,2004.8.
44.林辰、金贤玉、李宗津，“不同养护条件下混凝土断裂性能的试验研究”，混凝土，Vol.177,No.7,5-11,2004.7
45.林辰、金贤玉、李宗津，“影响混凝土断裂性能若干因素的试验研究”，混凝土与水泥制品，Vol.139,No.5,7-9,2004.10
46.金贤玉、李宗津，“早龄期砼的电特性研究”硅酸盐学报，Vol.28，No.6，28-32，2000.12。
47.金贤玉、钱春、钱在兹，“对早龄期混凝土产生损伤的试验研究与分析”土木工程学报，Vol.30,No.6,1997.12。
48.金南国、金贤玉、钱在兹，“早龄期混凝土静力与动力损伤特性的试验研究”，浙江大学学报，Vol.31,No.3,1997.5
49.金贤玉、沈毅、李宗津，“混凝土早龄期受力对后期性能的影响”，混凝土Vol.165No.7，2003.7。
50.金南国、金贤玉，“胶粘拔出法检测混凝土强度新技术研究”，建筑技术，Vol.34，No.1，2003.1。
51.李勇、郑建军、金贤玉，“Bazant尺寸效应律分析及其应用混凝土Vol.160，No.2，2003.2。
52.“应用双参数模型法研究早龄期混凝土断裂特性”，结构工程师，Vol.66，No.7，2003.9。
53.李勇、金贤玉、郑建军，“混凝土的尺寸效应”，结构工程师，Vol.66，No.7，2003.9。
54.金贤玉、李宗津，“不同掺合料的混凝土早龄期电特性试验研究”，结构工程师，Vol.54，No.5，2000.10
55.金贤玉、钱在兹，金南国，“混凝土受明火时温度分布的试验研究”，浙江大学学报，Vol.30，No.3，1996.5。
56.金贤玉、钱在兹，“混凝土高温作用的破坏机理”，工程力学增刊，1994.6。
57.金贤玉、钱在兹，“混凝土构件受明火作用的温度场研究”，工程力学增刊，1994.6。
58.陈鸣、金贤玉、胡文清，“钢筋混凝土火烧后残余抗剪强度的研究”，浙江大学学报，Vol.29，No.1，1995.2。
59.金贤玉、吴慧、钱在兹，“混凝土受明火后电镜及X衍射观察”，工程力学曾刊，1996.11。
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