Zhejiang University Institute of Building Materials, Doctor of Engineering, Professor, Doctoral Supervisor.

1983 Graduated from University, 1992 Master of Civil Engineering from Zhejiang University, 1998 Doctor of Civil Engineering from Zhejiang University. Mainly engaged in concrete structure, civil engineering materials teaching, scientific research and construction engineering, bridge engineering, tunnel engineering, civil engineering materials testing and so on.

Chinese name: Jin Nanguo

Nationality: China.

Occupation: teacher

Graduate school: Zhejiang University

Main achievements: the first prize of Shanghai Science and Technology Progress Award

Second prize of scientific and technological progress of the Ministry of Education

Representative Works: Building Materials

Work place: Zhejiang University Institute of Building Materials

Title: Professor

research direction

Study on early performance, damage and fracture characteristics and other properties of high-performance modern concrete: development and application technology of green and low-carbon environmental protection materials; Research on development and application technology of special modern concrete: research on crack resistance of modern concrete and crack control technology of concrete structure: research on environmental behavior and service performance of concrete structure: research on durability, structural reliability and service life of concrete under multi-factor coupling in complex environment: research on application technology of nano-materials in building materials: research on safety evaluation and bearing capacity evaluation of buildings, bridges, tunnels and other projects; Research and application of new nondestructive testing technology for structural concrete.

It has undertaken the National Key Basic Research and Development Plan (973 Plan) 1 subproject, the National Natural Science Foundation supported 1 subproject, the National High-tech Research and Development Plan (863 Plan) 1 subproject (cooperation), 3 major scientific and technological projects of Zhejiang Communications Department, 3 scientific and technological projects of nuclear industry and more than 20 cooperative projects of enterprises and institutions. Completed as the main participant: 1 national youth science fund project, 4 national natural science fund oriented projects, 2 doctoral programs and 2 international cooperation projects.

Main research

The properties of early-age concrete mixed with a large number of mineral admixtures such as fly ash and slag powder are analyzed. The crack resistance mechanism of concrete is analyzed from the perspective of microstructure and chemical composition, and the qualitative and quantitative relationship between microstructure and macro properties such as strength, fracture toughness and porosity of concrete is established, and the early crack resistance analysis model of concrete is established. Combining the damage plastic model with the fuzzy crack model, the damage and fracture process of early-age concrete is simulated by finite element method, and the theory of combining the damage and fracture theory to analyze the whole failure process of concrete specimens is established, which provides a new numerical analysis method for the damage and fracture process analysis of early-age concrete structures. According to the characteristics of modern concrete materials and structures, the durability and service life of multi-scale concrete under multi-factor and multi-field coupling in complex environment are studied.

Major scientific research projects

1. "national key basic research and development plan (973 plan)-service life design theory of modern concrete structures in complex environment", 2009CB623204, subproject leader, 2009010/~ 20/kloc-0+.

2. "Key Support Project of National Natural Science Foundation-Basic Research on Performance of Modern Concrete Structures during Construction", 50838008, subproject leader, 20090101~ 2012123.02 million yuan (500,000 yuan).

3. "863 Cooperation Project-Comprehensive Environmental Durability Test Technology for Large-scale Civil Engineering Infrastructure", 2006AA04Z4 15, 20070206 ~ 20091231.110,000 yuan (300,000 yuan).

4. Real-time detection of early-age concrete and research on anti-cracking mechanism, supported by National Natural Science Foundation (General), 50578 142, 2006010/~ 20081231.26 million yuan.

5. Research on the early cracking sensitivity of modern concrete structures and the influence of micro-cracks evolution law on service performance, supported by Doctor Foundation, 20070335087, 200801010/01231600,000 yuan.

6. Research on the performance of early-age concrete with different admixtures, National Natural Science Foundation (General), 50 178063, 2002010 ~ 20041231.22 million yuan.

7. Research on static and dynamic damage of early-age concrete, National Natural Science Foundation (General), 5987048,199010/~ 20011231.

8. Theoretical and experimental study on early cracking mechanism and damage and fracture of infrastructure concrete, a major scientific and technological project of Zhejiang Provincial Communications Department, 2004H22, 20040206 ~ 20060930680 yuan.

9. Research and application of hydraulic failure characteristics and matrix defect characteristics of tunnel composite lining waterproof layer, science and technology plan project of Zhejiang Provincial Communications Department, 2006H56, 20060906 ~ 200708302,000 yuan.

10. Study on Characteristics of Self-compacting Concrete of Qinshan Nuclear Power Phase II Extension Project of Zhejiang University Qinshan Joint Venture Co., Ltd.-07-13207-031,20070406 ~ 20081231.

1 1. Experimental study on the strength and durability of reinforced concrete by boric acid, Qinshan Joint Venture Co., Ltd., Zhejiang University-04-113201-30, 20040513 ~ 2005.

12. Study on wear-resistant reinforcing agent for cement concrete pavement of Zhejiang University Zhejiang Haike Engineering Materials Co., Ltd.-07-13207-019, 20070122 ~ 200712366.

13. Study on Creep Characteristics and Concrete Performance of Steam Cured High-strength Concrete Prestressed Hollow Slab Beam, China Railway 21st Bureau Group Corporation, Zhejiang University-05-113000-16, 20050416 ~ 2005/kloc.

14. Investigation and evaluation of technical conditions of Babao Bridge, Jiubao Bridge and Fengqin Bridge in Hangzhou Hemugang, Zhejiang University-07-1kloc-0/3207-018, 20070215 ~ 2007655.

15. BCI assessment of bridges in the old city of Ke Qiao, special expenses of counties (districts and flags), Shaoxing Greening Management Office, Zhejiang University -07- 1 13207-003, 20061201~.

16. Evaluation and analysis of urban bridges in Changxing County, BCI of Zhejiang University Changxing Urban Construction Co., Ltd.-07-1/kloc-0, 20070906 ~ 20081231.3744 million yuan.

17. Study on treatment scheme of low-strength concrete pile composite foundation of Hangzhou-Nanjing Expressway Engineering Construction Headquarters of Zhejiang University -00- 1 1300-22, 20000 1220,1kloc-0/00000.

18. Experimental study on concrete bond and anchorage of Hangzhou Urban Construction Design Institute of Zhejiang University -99- 1 13200-35,1991202 ~ 200010.

19. Study on treatment scheme of low-strength concrete pile composite foundation, Fu Jie-Bengbu Expressway Construction Headquarters, Zhejiang University-03-113000-4,2001216 ~ 2003/kloc-.

20. Research on soft foundation treatment scheme of Ma Wu Expressway in Anhui Province, Ma Wu Expressway Construction Headquarters in Anhui Province, Zhejiang University -02- 1 13000-7, 20020108 ~ 20020230120,000 yuan.

Academic paper

1, Nan Guojin, Ye Tian, Xi Xianyujin, Numerical Simulation of Differential Failure Behavior of Concrete, Computer and Concrete, 4(3):22 1-24 1, June 2007, included in SCI.

2. Jin Nanguo, Jin Xianyu, Tian Ye, "Study on the Relationship between Pore Structure and Strength of Concrete Based on Artificial Neural Network", Supplement 2, 37: 7 12-7 17, 2008.5, included in SCI.

3. Jin Nanguo, Jin Xianyu, David Shen, Tian Ye, "Numerical Analysis of Softening Relationship of Early Age Concrete", Journal of Zhejiang University (Engineering Edition), Vol.43, No.4, April 2009, P732-737, included in EI.

4. Jin Nanguo, Jin Xianyu, Tian Ye, Zhao He, "Experimental Study on Fracture Properties of Self-compacting Concrete", Journal of Zhejiang University (Engineering Edition), Vol.43, No.2, February 2009, P366-369, included in EI.

5. Jin Nanguo, Jin Xianyu, Wu Weihe, Tian Ye, "Application of Equivalent Age Method in Temperature Crack Control of Early Age Concrete", Journal of Zhejiang University (Engineering Edition), Vol.42, 1, 1, 2008, P44-47, EI.

6. Jin Nanguo, Jin Xianyu, Tian Ye, "Theoretical prediction and experimental study on shrinkage cracking of restrained early-age concrete", Journal of Zhejiang University (Engineering Edition), Volume 4 1, No.9, September 2007, included in EI.

7. Jin Nanguo, Jin Xianyu and Guo Jianfei, "Study on the Relationship Model between Pore Structure and Strength of Concrete", Journal of Zhejiang University (Engineering Edition), Vol. 39, 1 1, 2005,1,p./kloc-0.

8. Jin Nanguo, Jin Xianyu, Zheng Yanguo and Huang Zhi, "Experimental Study on Fracture Properties and Microstructure of Early-age Concrete", Journal of Zhejiang University (Engineering Edition), Volume 39, No.9, September 2005, P 1374- 1377, included in EI.

9. Qu Meng, Jin Nanguo (correspondent), Jin Xianyu, Tian Ye, "Numerical Analysis of Fracture of Early-age Concrete Three-point Bending Test Beam", Journal of Zhejiang University (Engineering Edition), Vol.40, No.7, July 2006, P 1224- 1229, included in EI.

10, Tian Ye, Jin Nanguo (correspondent), Jin Xianyu, Jin Huizhen, "Ritz method analysis of failure characteristics of waterproof layer of tunnel composite lining", Journal of Zhejiang University (Engineering Edition), Vol. 42,No. 1, June 5438+ 10, No.

1 1, Tian Ye, Jin Nanguo, Jin Xianyu, "Study on the development law of concrete characteristic tensile strain with age", Journal of Zhejiang University (Engineering Edition), Vol.42, No.6, June 2008, included in P 1077- 1079.

12, Zhang Jian, Jin Nanguo, Jin Xianyu, "Numerical Simulation Method of Concrete Polygonal Aggregate Distribution", Journal of Zhejiang University (Engineering Edition), Vol.38, No.5, May 2004, included in P58 1-585, EI.

13, Gong, Jin Nanguo (correspondent), He, Jin Xianyu, "A New Method for Mix Design of Self-compacting Concrete Based on Aggregate Information", Journal of Zhejiang University (Engineering Edition), Vol.44, No.4, April 2065, 438+00, P826-830, included in EI.

14, Peng Zhi, Jin Nanguo (correspondent), Jin Xianyu, "Theoretical Model and Verification of Surface Factor of Moisture Diffusion in Concrete", Journal of Zhejiang University (Engineering Edition), Vol. 44,No. 10, June 20 10, P20/kloc-0.

15, Jiang Meiling, Jin Xianyu, Tian Ye, Jin Nanguo, "Concrete Cracking Model Based on Fracture Mechanics and Damage Theory", Journal of Zhejiang University (Engineering Edition), Vol.45, No.5, 201,P2080-20 15.

16, Cheng Sheng, Jin Nanguo (correspondent), Tian Ye, Jin Xianyu, "A new graphic quantitative analysis method for characteristic parameters of concrete cracks", Journal of Zhejiang University (Engineering Edition), Vol.45, No.5, 20 1 1, P2090-2095, included in EI.

17, Fu, Jin Xianyu, Tian Ye, Jin Nanguo, Gu Xianglin, numerical model of chloride ion distribution field under multi-field coupling. Journal of Southeast University (Natural Science Edition) Supplement, 20 10(40), P10/9-128.

18, Jin Nanguo, Jin Xianyu, Qian Zaizi, "Experimental Study on Static and Dynamic Damage Characteristics of Early Age Concrete", Journal of Zhejiang University No.3, Vo 1.3 1, may 1997, P372-379, in EI.

Jin Xianyu, Qian Zaizi, Jin Nanguo, "Experimental Study on Temperature Distribution of Concrete under Fire", Journal of Zhejiang University No.3, VO1+0.1May 1996.

45. Jin Nanguo, "Study on Reliability of Testing Concrete Strength by Bonding Pulling Method", Journal of Zhejiang University, No.5, Vo 1.3 1, Sept. 1997, P648-654.

46. Qian, Jin Nanguo, "Study on Pretreatment Technology and Mechanism of Diatomite", Journal of Zhejiang University, No.5, Vo 1.3 1, sept 1997, P638-644.

47. Jin Nanguo (correspondent), Wang, Xu Yajuan, "Experimental Study on Corrosion of Steel Bar in Concrete by Minerals", Low-temperature Building Technology, 201,(6).

48. Jin Nanguo, Qian Guang Liang, Meng Tao, "Discussion on setting up a separate course in the experimental teaching of civil engineering materials in colleges and universities", research and exploration in laboratory, Vol.28, No.9, No.1112, September 2009.

49. Qian, Han, Jin Nanguo, Cheng Gong, "Study on New Formula of Cement Mixing Pile for Strengthening Material Saving", Proceedings of the 5th Zhejiang Symposium on Soil Mechanics and Basic Engineering, 1992+02.

50. Jin Nanguo and Zeng, "Experimental Study on Testing Concrete Strength by Bonding Pulling Method", Concrete and Cement Products, 1994, P 16- 18.

5 1, Qian, Jin Nanguo, "Experimental study on diatomite wall materials", silicate building products,1May 994.

52. Jin Nanguo, Qian, Han, "Experimental study on high-content fly ash concrete", proceedings of the first national symposium on utilization of solid waste residue,1May 1994.

53. Qian and Jin Nanguo, "Study on Strengthening Mechanism of Diatomite", Proceedings of the National Academic Conference on Structural Ceramics, Functional Ceramics and Metal/Ceramic Seals, 1994 10.

54. Qian, Jin Nanguo, "Experimental Study on Composite Additive SN20 1 for Cement Mixing Piles", Proceedings of the 6th Symposium on Soil Mechanics and Foundation Engineering in Zhejiang Province, 1994+0 1.

55. Qian and Jin Nanguo, "Study on Pretreatment and Strengthening of Diatomite Products", Thermal Insulation Materials and Energy Saving Technology, 1995, 1.

56. Jin Nanguo, Qian, "Experimental study on fly ash concrete with composite admixture", concrete, 1995, P45-47.

57. Qian, Jin Nanguo, "Research Status and Development Trend of Diatomite Products at Home and Abroad", Materials Science and Engineering,1March 995.

58. Jin Nanguo, Qian, "Preliminary study on the strength development law of concrete with high content of fly ash", Zhejiang Architecture, 1996, P25-27.

59. Jin Nanguo, Qian Zaizi, Lu Xinxian, "Efficient Utilization of New Technologies in Building Engineering", Engineering Mechanics Supplement, 1998 65438+ 10, P589-592.

Nanguoji and Xinjiang Road, General Failure Criterion of Concrete, Theory and Application of Structural Engineering, 1998.8, P224-232.

6 1, Jin Xianyu, Jin Nanguo, Experimental Study on the Influence of External Force on Early Age Concrete, Supplement of Engineering Mechanics, 1999 Vo 1.2, p116-/kloc-0.

62. Jin Xianyu and Jin Nanguo, "Experimental study on damage characteristics of early-age fly ash concrete", supplement of engineering mechanics,199vo1.2, P 122- 126.

63. Jin Nanguo, Jin Xianyu, "Study on New Technology for Testing Concrete Strength by Glue Pulling Method", Building Technology, June 5438+ 10, P58-59.

64. Jin Nanguo, Huang, Feng, Fan Jingfeng, "Experimental study on concrete activator with high content of fly ash for pavement", concrete, February 2003, P37-39.

65. Jin Xianyu, Shen Yi, Jin Nanguo, "Study on Fracture Characteristics of Early-age Concrete by Two-parameter Model Method", Supplement of Structural Engineers, September 2003 (Volume 66, No.7), P7- 10.

66. Jin Nanguo, Song Rongguang, Wang, Ke, "Experimental Study on the Application of FJ 1 Activator in High-strength Concrete with Large Volume of Fly Ash", Concrete, General IssueNo.1,2004 1 1.

67. Jin Nanguo, Jin Xianyu, Shen Yi, "Study on Fracture Behavior of Early-age Concrete by Two-parameter Model Method", Concrete, Phase II. 178, August 27, 2004, P6.

68. Jin Nanguo, Le Jinfa, Xuan, "Research progress of concrete strength detection by pull-out method", Concrete, March 2005 (No.185), 26.

69. Qu Meng, Jin Nanguo and Jin Xianyu, "Numerical Simulation of Uniaxial Tensile Test of Early-age Concrete", Structural Engineer, No.21,No.6, February 2005, P50-55.

70. Chi Yuandong, Jin Nanguo, Jin Xianyu, "Experimental Study and Theoretical Prediction of Concrete Ring Shrinkage and Cracking", Concrete and Cement Products, No.2, 2006 (148), P 1-4.

7 1, Huang Hua, Jin Nanguo, Zheng Yanguo, "Experimental Study on the Effect of Boric Acid on Concrete Corrosion", Concrete and Cement Products, No.3, 2006 (149), P 14- 16.

Works:

1, Civil Engineering Materials (deputy editor), undergraduate textbook, Zhejiang University Press, March 2003, I have136,000 words (600,000 words in total).

2. Building materials (deputy editor-in-chief), self-taught textbook, Zhejiang Science and Technology Publishing House, 200 1-09, with a total of 6.5438+0.56 million words (546,000 words in total).

3. Tutoring Textbook of Building Materials (Deputy Editor), a self-study textbook, Zhejiang Science and Technology Press, 200 1-09, with a total of 15000 words (469000 words in total).

4. Building Engineering Materials (Deputy Editor), a textbook for undergraduates, Zhejiang University Press, February 2009. My word count is 1 12400 (the total word count is 535000).

5. Building Materials (Editor-in-Chief), a planning textbook for civil engineering majors in colleges and universities, China Building Industry Press, February 2009, with my own words 102 10000 (450,000 words in total).

Awards and honors

1, First Prize of Shanghai Science and Technology Progress, Theory and Technology of Life-cycle Maintenance Inspection and Evaluation of Building Structures, Shanghai Municipal People's Government, 2009+02,3/15.

2. Second Prize of Science and Technology Progress of Ministry of Education, Theory of Building Structure Detection and Evaluation and Engineering Application Technology, Science and Technology Award Committee of Colleges and Universities, 2006.6438+05438+0,5/10.

3. Third Prize of Science and Technology of China Highway Society in 2009, Theoretical and Experimental Research on Early Cracking Mechanism and Damage and Fracture of Infrastructure Concrete, China Highway Society, 2009+02, 3/5.

4. In 2004-2005, he was rated as an advanced worker at the hospital level.

5. In 2008-2009, he was rated as an advanced worker at the hospital level.

6. Experimental study on electrical characteristics of early-age concrete, Excellent Paper Award of Zhejiang Natural Science Foundation, 2003.438+00,2/3.

7. Modeling of chlorine, sdiffusionincrickedcode, was nominated as the Best Paper Award by the Best Paper Award Committee, 20 10/0,3/3.

Scientific research evaluation project

1, inspection and evaluation theory and engineering application technology of existing building structures, Shanghai Municipal Construction and Transportation Commission, July 2006.

2. Performance verification test of metal expansion bolts for nuclear power plants, Nuclear Industry Corporation (former Ministry of Nuclear Industry) 1998.5.

3. Performance study and life prediction of reinforced concrete under boric acid corrosion, Qinshan Joint Venture Co., Ltd., June 2005.

4. Theoretical and experimental study on early cracking mechanism and damage and fracture of infrastructure concrete, Zhejiang Provincial Communications Department, June 2006.

5. Research and application of hydraulic failure characteristics and matrix defect characteristics of waterproof layer of tunnel composite lining, Zhejiang Provincial Communications Department, March 2008.

6. Study on Characteristics of Self-compacting Concrete in Qinshan Nuclear Power Phase II Extension Project, Qinshan Joint Venture Co., Ltd., 2009.438+0.

teaching

1, building materials, a compulsory course for undergraduates.

2. Non-destructive testing technology of structural concrete, an elective course for graduate students.

3, road and bridge quality common fault and prevention, undergraduate elective course.

4. Mechanics of materials, a compulsory course for undergraduates.

5. Directed more than 10 undergraduate SRTP projects.

6. Directed the graduation thesis of more than 30 undergraduates.