Fengzhongju Professor

• Department: School of Highway
• Gender: male
• BirthDate: 1965-08-24
• Career: Professor
• Degree: Ph.D
• Academic Credentials:
• Graduate School: Chang’an University
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• Education experience:

  Ph.D., Geotechnical Engineering, Chang’an University, 2003

  M.S., Geotechnical Engineering, Chang’an University, 1994

  B.S., Bridge and Tunnel Engineering, Chang’an University, 1988

  
  

Prof. Feng was born in 1965. He is  the director of the Institute of Geotechnical and Tunnel Engineering at the School of Highway. He mainly engaged in teaching and research work in highway bridges and geotechnical engineering. He hosted and participated in the research work of more than 40 scientific research projects, including 2 National Natural Science Foundation projects and 40 provincial key projects, including bridge pile foundation bearing characteristics, special foundation treatment, high fill roadbed and settlement, slope Research on governance and other aspects, especially the design and calculation theory of large-diameter drilling and prestressed concrete hollow piles in bridge pile foundation. The research results are made for the construction of roads, bridges, tunnels and culverts in China. He has won several provincial and ministerial level scientific and technological progress awards. More than 140 research papers have been published in public core journals at home and abroad.

Committee,Chinese Institution of Soil Mechanics and Geotechbical Engineering-China Civil Enginerring Society;

Member of a Council of Shanxi Society for Rock-Soil Mechanics and Engineering;

Member of China Highway and Transportation Society,CHTS;

Member of Chinese Society for Rock Mechanics & Engineering,CSRME;

Member of China Civil Engineering Society,CCES.

1. Special ground treatment technology

2. High fill embankment settlement control  

3. Experimental study on bearing capacity of bridge pile foundation  

4. Study on earth pressure of fill culverts  

5. Highway slope treatment technology

6. New basic design theories and methods  

7. Subgrade widening joint settlement control technology  

8. Bridge widening foundation settlement control technology 

9. High-speed subgrade pavement anti-drainage technology  

10. Safety and security technology for bridge pile foundation engineering in service across rivers and mountains

11. Salt and salt swelling characteristics of plate-like saline soil

1. Higher geotechnical engineering

2. Geotechnical similarity theory and model test

3. New foundation engineering

1.Feng Zhongju, Research on Engineering Characteristics, Design and Construction Key Technology of Highway Bridge Pile Foundation in Karst Development Area, Fujian Expressway Science and Technology Project, 2018 / 04-Now

2.Feng Zhongju, “Study on the stability control technology and monitoring and safety evaluation system for high rock slope of Beijing-Shanghai Expressway Widening Project”, Qilu Transportation Development Group's 2017 Engineering Construction Technology Project, 2017/06-2012/12.

3.Feng Zhongju, “Study on Key Technologies for Construction of Expressway Reconstruction and Expansion Project”, Funded by China Construction Technology R&D Program, .2017/08/28-2019/12/30.

4.Feng Zhongju, “Study on Key Technologies of Large Diameter Deep and Long Pile Foundation Engineering of Extra Large Bridges in Near-Fault and Cross-Fault Marine Environments in Strong Earthquake Areas”, Hainan Provincial Department of Transportation Science and Technology Plan,2015/12-2018/06.

5.Feng Zhongju, Compilation of the Culvert Design Rules, Hebei Provincial Transportation Planning and Design Institute, 2015/06-2017/12.

6.Feng Zhongju, Study on the technical guidelines for comprehensive waterproofing and drainage design and construction of roadbed pavement in Guangdong Province, Guangdong Provincial Department of Communications Science and Technology Project, 2015/06-2017/12.

7.Feng Zhongju, “Optimization of subgrade pavement drainage design for A2 design contract section of Longchuan-Huaiji Highway in Guangdong Province”, China Communications Highway Planning and Design Institute Co., Ltd., 2015/04-2016/01.

8.Feng Zhongju, “Optimization of Subgrade Pavement Drainage Design for A1 Design Contract Section of Longchuan-Huaiji Highway in GuangdongProvince”, Jiangsu Provincial Transportation Planning and Design Institute Co.,Ltd., 2015/04-2016/01.

9.Feng Zhongju, Study on the Working Behavior and Engineering Technology of Concrete Filled Steel Tubular Composite Piles, Guangdong Provincial Department of Transportation Science and Technology Project, 2014/04-2017/012.

10.Feng Zhongju, Study on the prevention and control technology of the lower part of the bridge and culvert in the salt marsh of Dexiang Expressway, Qinghai Provincial Transportation Department Science and Technology Project, 2014/5-2015/12.

11.Feng Zhongju, Study on Key Technologies for Safety Guarantee of Pile Foundations of Concrete-filled Steel Tube Tied Arch Bridges in Yellow River in Service, Henan Provincial Department of Transportation Science and Technology Project, 2014/02-2016/02.

12.Feng Zhongju, Study on the value of the concentration coefficient of vertical earth pressure in high-filled culverts, Guangdong Provincial Highway Survey Planning and Design Institute Co., Ltd., 2013/12-2014/06.

13.Feng Zhongju, Research on the rational burial of deep soft soil bridge pile foundation and its engineering technology, Ningbo City Transportation Committee Science and Technology Plan Project, 2013/10-2016/06.

14.Feng Zhongju, “Study on safety evaluation and maintenance technology of in-service bridge pile foundation engineering in rainy and gully area”, Fujian Provincial Department of Transportation Science and Technology Project,2013/01-2015/12.

15.Feng Zhongju, “Research and Application of Highway Design Standardization Technology in Guangdong Province”, China Communications First Highway Survey and Design Institute Co., Ltd., 2012/06-2017/12.

16.Feng Zhongju, “Study on New Method and Engineering ApplicationTechnology of High Fill Culvert Design in Southern Mountain Area”,Guangdong Provincial Department of Transportation Science and TechnologyProject, 2012/04-2017/12.

17.Feng Zhongju, “Working Mechanism and Engineering Technology Research and Application of Bridge Pile Foundations in Steep Slopes in Mountainous Areas”, Hubei Provincial Department of Transportation Science and Technology Project, 2011/11-2013/11.

18.Feng Zhongju, “The extra large bridge foundation for the marine environment”, Fujian Provincial Department of Transportation Science and Technology Project, 2011/8/1-2013.6.1.

19.Feng Zhongju, “Research on the Standardization of Expressway Construction in Guangdong Province”, Guangdong Provincial Department of Transportation Science and Technology Project, 2011/06-2015/06.

20.Feng Zhongju, “Study on key technologies of ultra-shallow buried tunnels in goafs”, Shanxi Provincial Department of Transportation Science and Technology Project, 2010/10-2014/03.

21.Feng Zhongju, Study on the mechanics and deformation characteristics of culverts of highway roadbed steel bellows and its application, Chifeng City Highway Management Office, 2009/12-2011/10.

22.Feng Zhongju, “Study on construction quality control and safety protection technology of bridge pile foundation in loess gully area”, Shaanxi Provincial Communications Construction Group Corporation, 2009/09-2011/09.

23.Feng Zhongju, Research on key technology of bridge pile foundation in steep slope section of Qinba Mountain area, Traffic Science and Technology Project of Shaanxi Provincial Department of Transportation, 2009/07-2011/12.

24.Feng Zhongju, “Study on quality control and safety protection technology for bridge pile foundation construction in steep slopes in mountainous areas”, FujianProvincial Department of Transportation Science and Technology Project,2009/03-2012/12.

25.Feng Zhongju, “Study on the construction technology of deep-water long-diameter pile foundation at sea”, Fujian Transportation Technology Development Project, 2008/07-2010/03.

26.Feng Zhongju, Research on water damage mechanism and comprehensive prevention technology of roadbed pavement, Guangdong Provincial Department of Transportation Science and Technology Project, 2007/11-2008/12.

27.Feng Zhongju, Study on the control technology of the old bridge widening foundation settlement, Henan Transportation Technology Project, 2007/02-2008/12.

28.Feng Zhongju, “Study on Ecological Security Technology of Mountain Road Construction”, Fujian Transportation Technology Development Project, 2006/08-2008/12.

29.Feng Zhongju, “Finite calculation of buried continuous loading plate structure of Zhengxi Passenger Dedicated Line”, Railway First Survey and Design Institute, 2006/08-2008/06.

30.Feng Zhongju, Research on prevention and control technology of saline soil disease in Hongshankou-Xianshan Expressway, Xinjiang Uygur Autonomous Region Communications Department scientific research project, 2006/09-2008/02.

31.Feng Zhongju, Study on the prevention and control technology of highway expansive soil disease, Guangdong Provincial Department of Communications Science and Technology Project, 2006/08-2008/12.

32.Feng Zhongju, “Research on the treatment technology of the landslide of Lingchuan Highway”, Shanxi Transportation Technology Project, 2005/08-2007/04.

33.Feng Zhongju, Comprehensive study on the geological characteristics of the Western Red Layer and the bearing factors of the pile foundation of the bridge in the mountainous area of Yunnan Plateau, Yunnan Provincial Department of Communications Science and Technology Project, 2003/03-2005/03.

34.Feng Zhongju, Highway subgrade box culvert jacking technology research, Guangdong Provincial Department of Communications Science and Technology Project, 2004/12-2016/12.

35.Feng Zhongju, “Study on calculation theory and design method of large diameter drilled prestressed hollow piles”, Shaanxi Provincial Department of Communications Science and Technology Project, 1999/05-2001/12.

1. Z. Feng, H. Hu, Y. Dong, F. Wang, M. Jia, Y. Zhao and J. He, Effect of steel casing on vertical bearing characteristics of steel tube-reinforced concrete piles in loess area, Applied Sciences, pp. 1-17, 2019. doi: 10.3390/app9142874.

2. Feng Zhongju, Hu Haibo, Dong Yunxiu, Feng Kai, Li Shaojie, He Jingbin, Zhao Yazhen.In-house simulation test for reducing the negative skin friction of pile foundation[J].Chinese Journal of Geotechnical Engineering, 2019,41(S2):45-48.

3. Feng Zhongju, Hu Haibo, Wang Fuchun, Xu Zhanhui, Yao Xianhua, Liu Ning.Field simulation test of bridge pile foundation damage in high altitude and strong salt marsh area[J].Journal of Traffic and Transportation Engineering,2019,19(03):46-57.

4. Feng Zhongju, Dong Yunxiu, Wen Junqiang, Hu Haibo, Li Xiaoxiong, He Jingbin. Calculation method of bearing capacity of pile foundation of highway bridge in deep soft foundation area of Ningbo[J].Journal of Tianjin University(Natural Science and Engineering Technology), 2019,52 (S1): 16-22.

5. Feng Zhongju, Chen Huizhen, Yuan Fengbin, Yin Honghua, Li Xiaoxiong, Liu Wei, Zhang Fuqiang, Wang Mengmeng, Li Shaojie.Vertical bearing characteristics of bridge pile foundation under pile-soil-fault coupling[J].Journal of Traffic and Transportation Engineering,2019,19 (02): 36-48.

6. Feng Zhongju, Wang Xiqing, Li Xiaoxiong, Hu Minghua, Yuan Fengbin, Yin Honghua, Dong Yunxiu.Influence of sand liquefaction on mechanical properties of pile foundation under strong earthquakes[J].Journal of Traffic and Transportation Engineering,2019,19(01):71- 84.

7. Feng Zhongju, Chen Sixiao, Xu Hao, Yao Xianhua. Evaluation of Concrete Durability in Alpine Salt Marsh Area Based on Grey System Theory[J]. Journal of Traffic and Transportation Engineering, 2018, 18(06): 18-26.

8. Feng Zhongju, Wang Fuchun, Zhang Qilang, Xi Chengxin, Qi Dongxiao, Su Hangzhou, Tian Jianglei, Yan Ziliang, Hao Yumeng.A centrifugal model test study on transverse axial bearing behavior of concrete-filled steel tubular composite piles[J].China Civil Engineering Journal,2018 , 51 (01): 114-123 + 128.

9. Feng Zhongju, Wang Hang, Wei Jin, Gao Wei, Jia Yanwu, Zhang Xu.Model test study on vertical bearing behavior of pile foundation of loess gully slope[J].Chinese Journal of Geotechnical Engineering, 2015,37(12):2308 -2314.

10. Feng Zhongju, Wu Yanling, Jia Yanwu, Xiong Shanming, Wang Yanzhi.Study on the simulation test of the stress and deformation characteristics of steel bellows culvert[J].Chinese Journal of Geotechnical Engineering,2013,35(01):187-192.

11. Feng Zhongju,Cheng Chao,Wang Tingwu,Liu Xiaofei.Analysis of the influence of microstructure changes on the strength characteristics of plate-like saline soil in the extremely arid regions of desert[J].Chinese Journal of Geotechnical Engineering,2011,33(07):1142-1145 .

12. Feng Zhongju, Li Weizhou, Wang Tingwu, Liu Xiaofei, Cheng Chao. Engineering characteristics of Xinjiang plate-like saline soil[J]. Journal of Traffic and Transportation Engineering, 2010, 10(06): 1-8.

13. Feng Zhongju, Wu Yanling, Cheng Chao, Wang Tingwu, Liu Xiaofei.Study on salt and salt expansion characteristics of plate-like saline soil[J].Chinese Journal of Geotechnical Engineering,2010,32(09):1439-1442.

14. Feng Zhongju, Wu Yanling, Cheng Chao, Wu Mingyuan. Calculation of the influence range of damaged piles on damaged bridges[J]. Journal of Traffic and Transportation Engineering, 2010, 10(04): 29-33+44.

15. Feng Zhongju, Ren Wenfeng, Xie Fugui, He Tao, Men Xiaoxiong. Simulation test of jacking of box culverts for highway subgrades[J]. Journal of Traffic and Transportation Engineering, 2007(04): 74-78.

16. FENG Zhongju, REN Wenfeng, LI Jin.Effect of post-grouting technology on bearing capacity of pile foundation[J].Journal of Chang'an University(Natural Science Edition),2006(03):35-38.

17. FENG Zhongju, WEI Wei. Calculation of Bearing Capacity of Large Diameter Bored Prestressed Hollow Pile Structure[J]. Journal of Chang'an University(Natural Science Edition), 2005(03): 49-53.

18. Feng Zhongju,Xie Yongli,Zhang Hongguang,Zhang Shaoxin,Li Zhe.Experimental study on influence of surface water on bearing capacity of bridge piles in loess area[J].Chinese Journal of Rock Mechanics and Engineering,2005(10):1758-1765.

19. Feng Zhongju,Xie Yongli,Zhang Hongguang,Qiu Yuliang.Study on the influencing factors of bearing capacity of large-diameter bridge pile foundation in Western Red Layer area[J].Chinese Journal of Geotechnical Engineering,2005(05):540-544.

20. Feng Zhongju,Xie Yongli.Experimental study on bearing capacity of large diameter drilled prestressed concrete hollow pile[J].Journal of Chang'an University(Natural Science Edition),2005(02):50-54.

21. Feng Zhongju, Zhang Yongqing, Li Jin. Research on the Offset and Prevention Technology of Bridge Piers and Foundations Caused by Surcharge[J]. China Journal of Highway and Transport, 2004(03): 77-80.

22. Feng Zhongju, Cheng Jixia. Calculation of Driving Load in Transition Section of Road and Bridge[J]. Journal of Xi'an University of Architecture and Technology(Natural Science Edition), 2004(03):317-320.

23. Feng Zhongju, Zhang Yongqing. Compaction Test of Coarse Soil Subgrade[J]. Journal of Chang'an University (Natural Science Edition), 2004(03): 9-12.

24. Feng Zhongju.Study on bearing capacity of large diameter drilled prestressed concrete hollow pile[J].Chinese Journal of Rock Mechanics and Engineering, 2004(05): 884.

1. Feng, Z. J., Xie, Y. L., & Shang, G. X. (2005). Technique of bridge pile foundation[M]. Beijing: China Communications Press.

2. Feng, Z. J., Xie, Y. L., & Cheng, X. B. (2001). Foundation engineering[M]. Beijing: China Communications Press.

3. Jia, S. M., Feng, Z. J., &Yuan, C. (2018). Theory and application of highway construction standardization[M]. Beijing: China Architecture & Building Press.

4. Feng, Z. J. (2008). Foundation engineering in special areas[M]. Beijing: China Communications Press.

5. Feng, Z. J., Wu, Y. L., Wang, Y. Z., Yuan, H. T., &Shao, J. G. (2013). New technology of highway culvert-Engineering characteristics and application of corrugated steel culverts [M]. Beijing: China Architecture & Building Press.

6. Feng, Z. J., Chen, J. X., &Shao, J. G. (2014). Differential settlement control technology of pile foundation and engineering application for beam bridge widening[M]. Beijing: China Architecture & Building Press,2014.

7. Feng, Z, J., (The referee). Gong lu bian po chu zhi ji shu [M]. Beijing: China Architecture & Building Press.

8. Zhao, M. J., & Feng, Z. J. (2007). Soil properties and soil mechanics[M]. Beijing: China Communications Press.

1.2018Earth Pressure Theory and Offloading Technology and Engineering Application of Highway High Fill Culvert，Shaanxi Provincial Science and Technology First Prize;

2.2017Key technology for the safety of pile foundations of the under-supported CFST tied arch bridge in the Yellow River，The first prize of Henan Transportation Science and Technology;

3.2016Research on safety evaluation and maintenance technology of in-service bridge pile foundation engineering in rainy and gully area,Third Prize of Science and Technology Progress of Fujian Province;

4.2016Study on Safety Evaluation and Maintenance Technology of Existing Bridge Pile Foundation Engineering in Rainy and Gully Area，Third Prize of Science and Technology of China Highway Society;

5.2015Research on quality control and safety protection technology of bridge pile foundation construction in steep slope area of mountainous area,Third Prize of Science and Technology Progress of Fujian Province;

6.2015mechanical and deformation characteristics of culverts of highway roadbed steel corrugated pipes and their applications,Inner Mongolia Autonomous Region Science and Technology Third Prize;

7.2014Research on Ecological Security Technology of Mountain Road Construction，Third Prize of Science and Technology Progress of Fujian Province;

8.2013Key Techniques for Construction of High-speed Railway in Collapsible Loess Area，Second Prize of National Science and Technology Progress;

9.2011Study on Construction Technology of Long-water Diameter Piles at Sea，Third Prize of Science and Technology of China Highway Society;

10.2011Research on Treatment Technology of Landslide on Lingchuan Highway，Third Prize of Science and Technology Progress of Shanxi Province;

11.2011Research on construction technology of deep-water long-diameter pile foundation at sea,Fujian Provincial Science and Technology Progress Award;

12.2011Study on Mechanics and Deformation Characteristics of Culvert of Steel Road Corrugated Pipe and Its Application，Chifeng City, first prize for scientific and technological progress;

13.2010The key technology for the construction of high-speed railway in the loess area—the special study of Shaanxi section of Zhengxi Passenger Specialization,First Prize of Science and Technology Progress of Shaanxi Province;

14.2010Key technologies for ecological drainage of Hainan Highway,The second prize of Hainan Transportation Science and Technology Research Year;

15.2007Technical study on highway subgrade pavement drainage technology，Second Prize of Science and Technology of China Highway Society;

16.2006Reasonable burial depth of bridge pile foundation in loess area,Study the third prize of Science and Technology of China Highway Society;

17.2004A comprehensive study on the geological characteristics of the “Western Red Layer” and the bearing capacity of bridge pile foundations in the mountainous areas of Yunnan Plateau,Second Prize of Yunnan Science and Technology Progress;

18.2006Study on reasonable buried depth of bridge pile foundation in loess area,Second Prize of Science and Technology of China Highway Society;

19.2007Subgrade pavement drainage technology economic research，Second Prize of Science and Technology of China Highway Society;

20.2011Research on construction technology of deep-water long-diameter pile foundation at sea,Third Prize of Fujian Science Progress, Third Prize of China Highway Society;

21.2013Key technologies for the construction of high-speed railways in collapsible loess areas,Second Prize of National Science Progress;

22.2014Research on quality control and safety protection technology of bridge pile foundation construction in steep slope area of mountainous area,Third Prize of Fujian Science Progress;

23.2016Research on safety evaluation and maintenance technology of in-service bridge pile foundation engineering in rainy and gully area, Third Prize of Science and Technology of China Highway Society;

24.2002Research on prevention and control of bridgehead jumping disease,First Prize of Science and Technology Progress in Handan City, Hebei Province;

25.2011Study on the mechanical and deformation characteristics and application of culverts of highway roadbed steel bellows,First Prize of Scientific Progress of Chifeng City, Inner Mongolia;

26.2014Research on ecological security technology for mountain road construction,Third Prize of Fujian Science Progress;

27.2003Research on comprehensive treatment of soft foundation of bridgehead of the Yellow River Bridge,Second Prize of Science and Technology Progress of Jiaozuo City, Henan Province;

28.2002Coarse soil compaction test study,First Prize of Science and Technology of Pingdingshan City, Henan Province;

29.2010Research on key technologies of ecological drainage in Hainan Highway,Second Prize of Hainan Province Science Progress.

2005.10—present  Professor, School of Highway, Chang'an University

2001.11—2005.9  Associate Professor, School of Highway, Chang'an University

1995.6—2001.10  Lecturer, College of Highway Engineering, Xi'an Highway University

1989.7—1995.5  Assistant researcher, Dept. of Highway, Xi'an highway College

1988.7—1989.6  Probation, Dept. of Highway, Xi'an highway College