Jiang's main research achievements

Jiang, Wang Liwei, Hang Hongxing. Calculation method of additional stress correction of foundation at road-bridge junction. Journal of Geotechnical Engineering, No.2. x，20 12，-。

Jiang, Wang Liwei, Hang Hongxing. Numerical simulation of coupling characteristics of road and bridge deformation based on centrifugal model test. Journal of civil engineering. 20 12, para. x，-。

[14] Jiang, Li Anhong, Zhang. Experimental study on subgrade reaction under soil subgrade load. Journal of railway. 20 12, issue x,-.

Jiang, Hu Runzhong, Li Anhong. Feasibility study on centrifugal model test for predicting settlement of moderately compressible soil foundation. Journal of traffic and transportation engineering.2011:11(6).

Jiang, Kong Xianghui, Meng, Study on dynamic characteristics of ballastless track subgrade. Journal of Southwest Jiaotong University.20 20 10/0, No.6, 855-862.

Jiang, Fang, Wei Yongxing. Experimental study on dynamic strength and cumulative deformation characteristics of red mudstone subgrade filler. Journal of Geotechnical Engineering. 20 10No. 1 issue, 124- 129.

Jiang, Fang,. Design of subgrade and transition section for ballastless track crossing culvert pile-plate structure. Railway standard design. Issue 9 1-5 in 2009.

Jiang, Li Anhong. Study on calculation method of subgrade stress of high-speed railway. Railway architecture. No.4, 2009, 65-69.

Jiang, Fang, Zhang Junbing, Cheng. On-the-spot experimental study on cement-improved loess subgrade filler for Zhengzhou-Xi 'an passenger dedicated line. China Railway Science, 2009: Vol.30, No.65438 +0, 1-7.

Jiang, Zhan Yongxiang, Wei Yongxing, Sun. Design and experimental study on pile-slab structure of ballastless track on soil subgrade of Suiyu line. Proceedings of the 10th Academic Conference on Soil Mechanics and Geotechnical Engineering (China Policy), 2007: 3 16-324, Chongqing, Chongqing University Press.

Jiang, Zhao Ruyi, Liu Xianfeng. Study on liquefaction characteristics of gravel piles before and after strengthening saturated silt foundation of Beijing-Shanghai high-speed railway. Journal of Disaster Prevention and Mitigation Engineering, 2007, 2007: Volume 27, Supplement, 7 1-75. +0-75.

Jiang,,, Gu Xiangsheng. Study on reinforcement of pile-net structure in saturated soft soil foundation of Beijing-Shanghai high-speed railway. Proceedings of the 10th Academic Conference on Soil Mechanics and Geotechnical Engineering (Volume II), 2007:274-277, Chongqing, Chongqing University Press.

[4] Jiang, Liu Xianfeng, Zhao Ruyi. "Shaking table test and research on liquefaction soil foundation reinforcement technology of high-speed railway". Journal of Southwest Jiaotong University, 2006: Volume 4 1, No.2, 84-9 1.

[3] Jiang, Zhan Yongxiang, Niu. Discussion on design theory and calculation theory of pile-plate structure subgrade of ballastless track. Proceedings of technical exchange meeting on railway passenger dedicated line construction, 2005: 398-40 1, Wuhan, Changjiang Publishing House.

Cheng and Jiang. Study on mechanical properties of marble under low frequency cyclic loading. Proceedings of the 2nd National Symposium on Numerical Calculation and Model Experiment of Rock Mechanics [C]. Shanghai: Tongji University Press, 1990.

[1] ginger. Influence of loading rate on rock mechanical behavior. Exploration Science and Technology, No.05, 2000+0990.

, Jiang, Wei Yongxing, Hu Anhua. Experimental study on cyclic load of red mudstone subgrade in Dacheng line Journal of Geotechnical Engineering,No. 12, 1888- 1893, 2008.

, Jiang,,, Wei Yongxing. Model test study on dynamic characteristics of ballastless ballast bed of soil subgrade in passenger dedicated line. Railway construction. July 8, 2008, 78-8 1.

Zhan Yongxiang, Jiang, Wei Yongxing. Dynamic response analysis of pile-plate structure subgrade of ballastless track under earthquake load. China Railway Science, 2006: Volume 27, No.6, 22-26.

Xiao Hong, Jiang, Wei Yongxing, Wang Xun. Study on flexible arch in model test of pile-net structure. Geotechnical Mechanics, 2008: Volume 30,No. 1 1, 3032-3036.

Wei Yongxing, Jiang. Discussion on Key Technologies of Ballastless Track Subgrade of Passenger Dedicated Line _ Taking the Comprehensive Test Section of Ballastless Track of Suiyu Line as an Example. Journal of Railway Engineering Society, No.5, 2006, 39-44.

, Jiang, Li Anhong, Pang Yungang. Experimental study on consolidation of unsaturated silty clay by controlling matrix suction. Hydrogeology and Engineering Geology, No.4, 2009, 66-70.

Zhan Yongxiang, Jiang, Niu, Wei Yongxing. Experimental study on model test of pile-plate structure subgrade of ballastless track of high-speed railway. Journal of Southwest Jiaotong University, 2007: Volume 42, No.4, 400-404.

, Jiang, Liu Xianfeng. Experimental study on liquefaction characteristics of saturated silt in Beijing-Shanghai high-speed railway. Geotechnical Mechanics, 2008: Volume 30, No.65438+02,337-3341.

Zhan Yongxiang, Jiang. Numerical analysis of sand liquefaction resistance. CFG Pile-net Structure Foundation. China Railway Science, 2008: Volume 29, No.5, 1-6.

, Jiang,,,. Experimental study on dynamic settlement characteristics of loess foundation. Geotechnical mechanics, 2009: Vol.3 1. Number eight,

[29] Xiao Hong, Jiang, Wei Yongxing, Zhao Ruyi. Experimental study on pile-net structure model of ballastless track on passenger dedicated line. Journal of Railway, 2007: Volume 29, No.2, 126- 13 1. (EI072465438+

Hu Anhua, Jiang,,, Wei Yongxing. Experimental study on mechanical properties of red mudstone filler for high-speed railway subgrade. Journal of Railway Engineering Society. 2 1-25, issue 2, 2008.

Zhan Yongxiang, Jiang, Hu Anhua, Wei Yongxing. Field test study on dynamic response of pile-plate structure subgrade of ballastless track on Suiyu line. Geotechnical mechanics, 2009: Vol.3 1. No.3,832-835 ..

[26] Liu Xianfeng, Jiang, Gu Xiangsheng. Discussion on key technology of seismic reinforcement of saturated soft soil foundation of Beijing-Shanghai high-speed railway. Journal of Railway Engineering Society. 65438+February 2007, Supplement, 68-72.

[25], Jiang, Li Anhong, Pang Yinggang. In-situ test study on unsaturated soil foundation of Ji Jiao Passenger Dedicated Line. Building technology. In 2008, S2,307-311.

, Jiang,, Li Anhong,. Experimental study on consolidation and compression characteristics and volume deformation of unsaturated silty clay. Modern Geology, No.3, 2009, pages 559-563.

Zhan Yongxiang, Jiang, Niu, Wei Yongxing. Experimental study on dynamic model of pile-sheet structure subgrade. Geotechnical Mechanics, 2008: Volume 30, No.8, 2097-2 10 1.

[22] Fang, Jiang, Zhang Junbing, Cheng. Experimental study on cement improvement of loess filler in subgrade of Zhengzhou-Xi 'an passenger dedicated line. Railway standard design. Page 4-7, No.9, 2008.

[2 1] Xiao Hong, Jiang, Wei Yongxing. Discussion on foundation treatment technology of pile-net structure of ballastless track on Suiyu line. Journal of Railway Engineering Society, No.4, 2006, 22-25.

[20], Zhao Ruyi, Jiang. Preliminary study on the design of lime-soil pile net structure for strengthening collapsible loess foundation in Zhengzhou-Xi 'an passenger dedicated line. Journal of Railway Engineering Society. February 2007, 10 1.

[19], Jiang, Liu Xianfeng. Shaking table test study on liquefaction characteristics of saturated silt foundation. Subgrade engineering, 2006: 128, No.5, 84-86.

[18], Jiang, Li Anhong, Pang Yinggang. Consolidation test of unsaturated undisturbed silty clay on Ji Jiao Passenger Dedicated Line. Railway construction. No.5, 2009, 100- 104.

[17], Jiang, Wei Yongxing. Experimental study on physical and mechanical properties of red mudstone filler. Subgrade engineering, 2006: 128, No.5, 86-88.

[16], Jiang, Wei Yongxing. On-site vehicle test of subgrade bed in turnout area of ballastless track on Suiyu line. Railway architecture. No. 10, 2008,84-87.

Xiao Hong, Jiang, Wei Yongxing. Discussion on analytical calculation of pile-net structure of ballastless track on Suining-Chongqing railway. Railway architecture, 2006: Volume 392,No. 1 1, 93-95.

Niu, Jiang, Zhan Yongxiang, Wei Yongxing. Experimental study on large-scale dynamic model of pile-plate structure subgrade of ballastless track. Railway construction technology, 2007: Vol. 154,No. 1, 1-5.

[13], Jiang, Wei Yongxing. Centrifugal model test study on pile-plate structure subgrade of ballastless track. Railway construction technology, 2006: Vol. 146,No. 1, 1-4.

[12] Liu Xianfeng, Jiang, Study on shaking table test. CFG Pile Strengthening Liquefied Soil Foundation. Subgrade engineering, 2006: 129, No.6, pages 54-56.

Zhan Yongxiang, Jiang, Niu, Guo Jianhu. Discussion on design theory of pile-sheet structure subgrade in high slope and steep slope section of Wuhan-Guangzhou Railway. Journal of Railway Engineering Society. 65438+February 2007, Supplement, 94-96.

[10], Jiang, Liu Xianfeng. Experimental study on dynamic characteristics of reinforced saturated silt foundation. CFG Pile. Geotechnical mechanics, qualified.

, Jiang, Wei Yongxing, Hu Anhua. Experimental study on cyclic loading of high-speed railway subgrade. Geotechnical mechanics. Got a job.

Wang Jingzhi, Jiang, Li Anhong, Xiao. Study on compressive characteristics of saturated fully weathered granite foundation soil. Railway construction. 2009. Employed.

Zhang Zhongyun, Jiang,,. Experimental study on physical and mechanical properties of soil filler improved by red mudstone. Sichuan Architecture,No. 1 2008,10/-102.

Zhan Yongxiang, Jiang, Wei Yongxing. Finite element analysis of influencing factors of subgrade settlement with pile-sheet structure. Subgrade Engineering, 2007: Volume 132, No.3, 12- 14.

Hu Anhua, Jiang, Wei Yongxing. Long-term observation and research on subgrade with pile-sheet pile-net structure of ballastless track. Subgrade engineering, 2009: 143, No.2, 68-70.

, Jiang, Wei Yongxing. Experimental study on Duncan-Chang model parameters of red mud rock and soil. Subgrade engineering. Got a job.

Zhan Yongxiang, Jiang, Wei Yongxing. Design and calculation of pile-plate structure subgrade for ballastless track. Journal of China Communications Civil Engineering, 2006: 723-729, Chengdu, Southwest Jiaotong University Press.

Zhao ruyi, Jiang, Liu Xianfeng, Shaking table test study on strengthening liquefied soil foundation with immersed gravel pile. Journal of Railway Science and Engineering, 2006: Volume 3, No.3, 465,438+0-46.

Zhan Yongxiang, Jiang. Discussion on key technology of subgrade design with pile-sheet structure of soil subgrade. Subgrade engineering, 2009: 143, No.2, 29-30.

Japanese newspaper

1) Jiang Lu, Mu Hongxing, must be long and sincere. The shape characteristics of coarse-grained materials are small, small and small,1241524; Some factors affecting the small stiffness deformation characteristics of gravel [J]. Journal of Railway Technology Research Institute, 1998,12 (4): 49–54.

2) Jiang Lu and Mu Xinghong. Triaxial fracture characteristics of stone under the conditions of return load and grain size adjustment [J]. Gaohaitian. Deformation characteristics of graded crushed stone under cyclic triaxial load [J]. Journal of Railway Technology Research Institute, 1998,12 (4): 43–48.

3)e. SEKINE, Y., Kohata, G.L., Jiang, S., YAZAKI and H., NAGATO (2000), "Strength and Deformation Characteristics of Railway Ballast", Journal of Railway Technology Research Institute, Vol. 12, No.4, pp. 43-48.

4) Y., KOHATA, G.L., Jiang, F., TATSUOKA and N., OGATA. (1994), "Influence of curing duration on deformation and strength characteristics of cement soil", process. Seminar on Stabilized Soil of Cement System in Japan, JSSMFE, 137 ~ 142, (in Japanese).

5) Jiang? Gorkon Wenxiong &; # 12539; Sato Seiji &; # 12539; Makuhiro &; # 12539; Fujiyo, (1995), "Large-scale triaxial test of shape characteristics of coarse-grained materials & #12539; Anisotropy, Proceedings of the 30th Soil Engineering Research Conference, pp. 739-742.

6) Jiang? Gorkon Wenxiong &; # 12539; Sato Seiji &; # 12539; Yi, (1995), "Large-scale Triaxial Regression Test of Shape Characteristics of Coarse-grained Materials", Proceedings of the 50th Annual Academic Conference of Civil Society.

7) Makoto Hiro &; # 12539; Where's ginger? Wen Xiong, Gorkon, (1995), "Influence of uniaxial shrinkage and curing days on improving sand shape characteristics", a civil society.

8) Jiang? Gorkon Wenxiong &; # 12539; Sato Seiji &; # 12539; Little Betrox? Mu Xinghong, (1996) "The state of power of gravel, fan and fan" is "にぉけるひずみ"

9) Mufan Hanghong &; # 12539; Where's ginger? Yan liangxiong? Murata Xiu, (1996) "Gravel materials should be filled with soil through tunnels"-various tests.

10) Jiang? Gorkon Wenxiong &; # 12539; Gao gulong? Mu Hanghong, (1996), "Large-scale triaxial test for connecting and fixing gravel shape & #12539; Strength characteristics ",Proceedings of 5 1 Civil Society Annual Academic Lecture, IIIA, pp. 96-97.

1 1) Tang Chuankang? Where's ginger? Kazu &; # 12539; Gao gulong? Yamaguchi, Yong, (1996), "Shape characteristics of clay-gravel mixture in triaxial shrinkage test", Proceedings of the 5th1civil society academic conference.

12) Jiang? Makuhiro &; # 12539; Yan liangxiong? Hideo Miyamoto &; # 12539; Nagubo? Suzuki Shinichi, (1997), "Track Bed バラストの &; # 12539; Influence of strength characteristics and performance ",Proceedings of the 32nd Field Engineering Research Seminar, pp. 647-648.

13) Mufan Hanghong &; # 12539; Where's ginger? Must be sincere? Yan liangxiong? Hideo Miyamoto &; # 12539; Nagubo? Shinichi Suzuki, (1997), "Strength of large-scale triaxial shrinkage test of ballast bed&12539; Shape characteristics ",Proceedings of the 32nd Field Research Conference, pp. 649-650.

14) Mufan Hanghong &; # 12539; Where's ginger? Yan liangxiong? Hideo Miyamoto &; # 12539; Nagubo? Shinichi Suzuki, (1997), "Shape characteristics of ballast bed under return load".

15) Jiang? Makuhiro &; # 12539; Xu Changcheng, (1997), "Gravel shape &12539; Influence of Strength Characteristics and Density ",Proceedings of the 52nd Annual Meeting of Civil Engineering Society, IIIA, pp. 82-83.

16) Mufan Hanghong &; # 12539; Where's ginger? Xu Changcheng, (1997), "Granularity adjustment is used to remove load & #12539; Shape characteristics under heavy load, proceedings of the 52nd annual symposium on civil society, IIIA, pp. 84-85.

Ye Ping Kai Yi? Where's ginger? Lushan wins? Building motorcycles? Gorkon Wenxiong, (1997), "Sandy soil keeps the form of soil material &; # 12539; Cumulative characteristics, proceedings of the 52nd annual academic lecture on civil society, IIIA, p. 146 ~ 147.

18) Jiang? Makuhiro &; # 12539; Wen Xiong of Gorkon, (1998), "Shape characteristics of gravel under load and load", Proceedings of the 33rd field research conference, pp. 745-746.

19) Akio Yasaki? Yan liangxiong? Makuhiro &; # 12539; Jiang Lu, (1998), "Subsidence Characteristics of Different Ballasts"

20) Makoto Hiroshi &; # 12539; Where's ginger? Hideyoshi Murata, (1998), "Triaxial shrinkage test in room?" Field test of shape coefficient of gravel site, Proceedings of the 33rd site research conference, pp. 703-704.

2 1) Jiang? Mu Hang-hung, (1998), "The return load is gravel shape & #12539; Influence of strength characteristics and density ",proceedings of the 53rd annual meeting of IIIA Civil Engineering Society, pp. 208-209.

22) Daxi Daren? Where's ginger? Katsuji Murakami, (1998), "Small-scale model test of labor-saving track in soft ground", Proceedings of the 53rd Annual Civil Society Academic Conference, IIIA, pp. 404-405.

23) Makoto Hiro &; # 12539; Where's ginger? Tombs of Naoko Waichuan, (1998) "When the load returns, the ballast bed will bear the shape of the ballast bed." # 12539; Characteristics of strength ",Proceedings of the 53rd Annual Academic Lecture on Civil Society, IIIA, pp. 204-205.

24) Jiang? Lushan wins? Aoki one two three? Koji Misawa &12539; Gorkon Wenxiong &; # 12539; Gu Rourunyi, (1999), "The shape is low and restrained, but the gravel moves &; # 12539; Study on Strength Characteristics, Proceedings of the 34th Field Research Conference, p. 105 1 ~ 1052.

25) Aoki one two three? Tetsuhiko Matsumura? Where's ginger? Lushan wins? Gorkon Wenxiong &; # 12539; Gu Rou Runyi, (1999), "Motion form of sandy soil under low constraints &12539; Study on Strength Characteristics, Proceedings of the 34th Field Research Conference, pp. 1049 ~ 1050.

26) Mufan Hang Hong &; # 12539; Where's ginger? -Hong, (1999), "Shape characteristics, stagnation and stagnation of water"

27) Jiang? Lushan wins? Aoki one two three? Xiufu Meiyuan &; # 12539; Tetsuhiko Matsumura, (1999), "Characteristics of ロームの", Proceedings of the 54th Annual Academic Lecture on Civil Society, IIIA, pp. 186 ~ 187.

28) Lushan wins? Where's ginger? Aoki one two three? Misawa, (1999), "cumulative shape characteristics of sandy soil", proceedings of the 54th annual meeting of civil society, IIIA, pp. 142 ~ 143.

29) Hideki Kimura? Aoki one two three? Koji Misawa &12539; Where's ginger? Ji Shansheng, (1999) The shape of "low limit"・ Characteristics of strength ",Proceedings of the 54th Annual Academic Lecture of Civil Society, IIIA, pp. 188 ~ 189. 30)? Where's ginger? Lushan wins? Koji Misawa &12539; Aoki one two three, (1999),? Indoor freezing test? Proceedings of the 54th Annual Academic Lecture on Civil Society, III-B350, pp. 700-701.

3 1) Koji Misawa &; # 12539; Aoki one two three? Where's ginger? Noguchi Shou? Keiya Horai，( 1999)，？ロームの Indoor freezing test results のInvestigation? Proceedings of the 54th Annual Academic Lecture on Civil Society, III-B35 1, pp. 702-703.

32) Jiang? Lushan wins? Xiufu Meiyuan &; # 12539; Aoki one two three? Gorkon Wenxiong (2000), "Breaking the rigidity of site materials and reducing the dependence on decay", Proceedings of the 35th site research conference, pp. 57-58.

33) Takahiro Yamada? Guan shansheng? Kojima Yasunari Kenichi? Hirobei? Jiang Lu, (2000), Liquefaction Test of Soil without Plastic Formwork, Proceedings of the 35th Site Research Conference, pp. 1665 ~ 1666.

34) Kanda Yaxing? Rudder &; # 12539; Shiro she mura &； # 12539; Murata repair? Jiang Lu (2000), "Effects of mobile soil improvement, undrained and fine particle content", Proceedings of the 35th field research conference.

35) Jiang? Lushan wins? Takahiro Yamada? Kojima Yasunari Kenichi? Ze Tian Liang (2000), "No plastic site, no liquid building, no building", Proceedings of the 55th Annual Conference of Civil Society, III-B-204.

36) Lushan wins? Kojima Yasunari Kenichi? Ze Tian Liang? Takahiro Yamada? Jiang Lu, (2000), "Model Vibration of Fill in Liquefied Site", Proceedings of the 55th Annual Civil Society Conference, III-B-205.

37) Aoki one two three? Tetsuhiko Matsumura? Lushan wins? Kojima Yasunari Kenichi? Jiang Lu (2000), "Improving soil shape &; # 12539; Characteristics of Strength ",Proceedings of the 55th Annual Academic Lecture of Civil Society, III-B-2 18.

38) Jiang? Lushan wins? Ken Watanabe II? Aoki one two three? Gao gulong? Wen Xiong of Gorkon, (200 1), "Vibration of abutment on liquefied site", Proceedings of the 36th site research conference, page 18443.

39) Lushan wins? Ken Watanabe II? Where's ginger? Aoki one two three? Gao gulong? Wen Xiong of Gorkon, (200 1), "Vibration of Improved Reinforced Earth Abutment on Liquefied Site", No.36.

40) Murakami defeats himself & #12539; Yan liangxiong? Luojiang-Lu, (200 1), "Return load, receiving granularity and strength & # 65381; Discussion on shape characteristics, proceedings of the 36th field research conference, pp. 0 173 ~ 0 174.

4 1) Jiang? Lushan wins? Hiroyuki Hirayama &; # 12539; Am I so lucky? Hang in the water and aspire to it? Ichiro Mori, (200 1), "ポリマーのー", Proceedings of the 56th Annual Academic Lecture of Civil Society, III-B- 165.

42) Hideyoshi Hirayama & #12539; Lushan wins? Am I so lucky? Hang in the water and aspire to it? Where's ginger? Ichiro Mori, (200 1), "Selection of Site Improvement Materials", Proceedings of the 56th Annual Academic Conference of Civil Engineering Society, III.

43) Jiang? Lushan wins? Hiroyuki Hirayama &; # 12539; Yuefeng Yamada & #12539; Moriichiro (2002), "Improvement of Some Sites, Soil Liquefaction, Proceedings of the 37th Site Research Conference",

44) Lushan wins? Hiroyuki Hirayama &; # 12539; Am I so lucky? Where's ginger? Yuefeng Yamada & #12539; Moriichiro (2002), "Overall Site Improvement, Soil Filling and Liquefaction", Proceedings of the 37th Site Research Conference,

45) Ken Watanabe II? Lushan wins? Where's ginger? Aoki one two three? Koji Misawa &12539; Gorkon Wenxiong (2002), "Strength characteristics of improved soil, large-scale triaxial test", Proceedings of the 37th field research conference,

46) Geng Genyue? Sakamoto Hideyoshi & #12539; Jiang Lulu, (2002), "The shape, raw materials and cured products of cured products"&# 65381; Strength characteristics ",Proceedings of the 37th field research conference1) G.L., Jiang, F., Tatsuoka, A., Flora and J., KOSEKI .( 1997)." Intrinsic and stress-induced anisotropy of very small strain stiffness of gravel ",geotechnical engineering 47.

2) G.L., Jiang, Y., Xiao Duo and F., Chen Gang. (1999). "Small deformation characteristics of compact gravel under low pressure", Proc. The second integer. Seminar on deformation characteristics of geotechnical materials before failure, 1999, Turin, Balkema, Volume I, 29 1 ~ 298.

3) Jiang, Liu Xianfeng, Zhao Ruyi. Shaking table test of high-speed railway saturated silt composite foundation reinforcement, Higher Education Press, 2007. Front. Archie. Civil engineering. China (2007), 1(3): 353-360.

4) G.L., Jiang, A., Flora, Y., Xiao Duo, F., Chen Gang. (1994). "Deformation characteristics of compact gravel under small strain in triaxial test", Proc. The 29th Japanese Parliament. On SMFE, JSSMFE, pp.69 1 ~ 694.

5) Y., KOHATA, F., TATSUOKA, L., WANG, G. L., JIANG, E. HOQUE and T., KOTAKA. (1997) "modeling of nonlinear deformation characteristics of rigid geotechnical materials", geotechnical engineering, vol. 47, No.3, pp. 563-580.

6) A, Flora, G.L., Jiang, Y, Xiao Duo and F, Chen Gang. (1994). "Small strain behavior of gravel along some triaxial stress paths", Proc. Int's Seminar on deformation characteristics of geotechnical materials before failure, IS- Hokkaido 1994, Balkema, volume I, 279 ~ 285.

7) Y, Kohata, G.L., Jiang, O., Murata and F., Tatsuoka. (1999). "Modeling of nonlinear deformation characteristics of gravel based on elastic characteristics", Proc. The second integer. Seminar on deformation characteristics of geotechnical materials before failure, Turin 99, Balkema, volume I, 533 ~ 539.

8) F., Tatsuoka, G., Modoni, G.L., Jiang, L.Q., Anh Dan, A., Flora, M., Matsushita and J., Koseki, (1999), "Small strain stress of loose granular materials-" Proceedings of the international symposium on modeling and advanced testing of loose granular materials, 1 February 2 1 and 22, Lisbon, Portugal. Balkema, 17 ~ 6 1.

9) Y，Kohata，G.L，Jiangand E，SEKINE，( 1999)。 "Deformation characteristics of railway ballast observed in cyclic triaxial tests", Proc. The 6th ISSMGE Asia Regional Conference, Seoul, Korea.

10) Y., Kohata, G.L., Jiang and E., SEKINE. (1999), "Deformation characteristics of railway ballast under monotonic and cyclic loads", Porc. World Railway Research Conference, Tokyo, Japan.

1 1), Tamura, Murata, Longze, Jiang (2000), "Mix Design of Sandy Liquefied Stabilized Soil", Journal of Engineering. Int's Symposium on Coastal Geotechnical Engineering in Practice, Yokohama 2000, Balkema, Vol./kloc-0, 653 ~ 656.

12) K., Watanabe, M., Lishan, G.L., Jiang, T.N., Lohani and F., TATSUOKA. (2003). The strength and deformation characteristics of cement mixed gravel were evaluated by large-scale triaxial tests. Third international. Seminar on deformation characteristics of geotechnical materials before failure, 2003 Lyon conference, Balkema, vol. 1, 683-693.

13)J, Dong, G.L, Jiang, O, Endo and F, Tatsuo Ka. (1993). "Influence of bedding plane errors on the stiffness and damping ratio of graves in cyclic triaxial tests", proc. 46 th annual meeting. JSCE, iii, pp. 684-685 1. Patent name: red mudstone filling high-speed railway subgrade and its construction method.

Application number: 2007 10050 182.3.

Date of application: September 30, 2007

Authorization announcement number: cn101153475b.

Announcement date of authorization: 20 10.05. 19.

2. Patent Name: Ballastless track reinforced concrete pile net structure subgrade and its construction method.

Application number: 200710050181.9.

Date of application: September 30, 2007

Authorization announcement number: cn101144256b.

Announcement date of authorization: 20 10.04. 14.

3. Patent Name: Ballastless Track Subgrade and Its Construction Method

ApplicationNo.: 2006 1002 1783.7.

Date of application: September 7, 2006

Authorization AnnouncementNo.: CN 19 16277 A

Announcement date of authorization: February 2, 20071

4. Patent Name: Seismic Strengthening Structure of Liquefied Soil Subgrade of High-speed Railway

ApplicationNo.: 2009 10 167666.5

Date of application: September 65438+July 2009.

Publicity number: CN 10 1654899 A.

Announcement date: 20 10.02.24

5. Patent Name: Transition section structure of earthquake-resistant road and bridge on liquefied soil foundation of ballastless track of high-speed railway.

Application number: 20095438+005438+063.438+0.

Date of application: September 65438+July 2009.

Publicity number: cn101691724a.

Date of publicity: 20 10.04.07 1. Patent name: transition section structure of liquefied soil-based high-speed railway bridge with ballastless track.

Application number: 200920 1729.438+0.

Date of application: September 65438+July 2009.

Authorization announcement number: cn 201530961u.

Announcement date of authorization: 20 10.07.2 1

2. Patent name: seismic reinforcement structure of liquefied soil subgrade of high-speed railway.

ApplicationNo.: 200920 176876.6

Date of application: September 2009.18

Authorization AnnouncementNo.: CN 20 1530968 U