9. Hu X (2011) Research on hydraulic hammer technology based on acceleration (0820030056).
Tongji University Master’s thesis
10. IHC Inc. Hydraulic hammer [EB/OL], http://www.ihchydrohammer.com/about-ihchydrohammer/history/2010.6.20
11. Guo C-X, Zhang L (2004) Domestic piling machinery development trend. Build Mach
(1):40–43
12. Lian Y-F (2002) The current situation and prospects of China’s pile equipment. Constr Mech
(1):13, 16
13. Tian G, Zhang H, Liu L (2007) The analysis for the new standard of vibratory pile hammer.
Build Mach (first half of the month) (10)
14. BSP [EB/OL]. http://www.bsp-if.com/products/, 8 Nov 2010
15. JUNTTAN Hydraulic impact hammer [EB/OL], http://www.junttan.fi/index.php?sivu=
hydraulic_impact_hammers&kieli=en.2010.6.20
16. Guo C-X, Huang Z, Ye Y, et al (2006) New progress of construction technology and
equipment in domestic foundation engineering. Constr Mach (5):17–20
17. Zha D (2001) Research on design theory and method of hydraulic pile hammer. Tongji
University Master’s thesis
18. Suzuki K (1989) Application of a new pressure intensifier using oil hammer to pressure
control of a hydraulic cylinder. Trans ASME. J Dyn Syst Meas Control 111(2):322–328
19. Piling Equipment Technical Specifications [EB/OL], http://www.w-h.co.uk/uk/technical–
library.2010.6.20
20. Gavril, AS (2010) Striker-punch collision in hydraulic hammers. In: 5th SME/WSEAS
international conference on continuum mechanics, pp 23–25
21. Nippon Sharyo Ltd. Hydraulic pile hammer [ EB/OL], 20 June 2010. http://www.n-sharyo.co.
jp/business/kiden_e/hydraulic.html
22. IHC Hydrohammer. Operating principle [EB/OL], 10 June 2010. http://www.
ihchydrohammer.com/technique/
23. Shen YC (2008) Cause analysis and its solution of piston ring breaking for ari-cooled diesel
pile hammer. Build Mach (2):108–110
24. Guo C-X, Yang W (2001) Calculation of hydraulic hammer and pile supporting force. Constr
Mach 9:76–78
25. Shen B-H (1992) Test, survey, design and construction of pile foundation (6)—theoretical
analysis method of pile load transfer. Ind Archit 2(11):47–53
26. Zhu J, Chen L, Ge W (1998) Fitting analysis of pile static load test data in layered foundation.
J Geotech Eng 20(3):34–39
27. Chen L, Liang G-Q, Zhu J-Y, et al (1994) An analytical method for pile axial load-settlement
curve. J Geotech Eng 16(6):30–38
28. Shisheng Pan (1991) Analysis of pile load transfer by layered integral method. J Build struct
12(5):68–79
29. Zhao M, Hu Z (1995) Hyperbolic method for estimating the ultimate bearing capacity of test
piles. Archit Struct (3):47–52
30. Liu J, Luan M, Xu C, Wang J, Yuan F (2006) Study on parametric characters of
Drucker-Prager criterion. Chin J Rock Mech Eng 25:4009–4015
31. Liu H (2004) Mechanics of materials. Higher Education Press, Beijing
32. Ye Y, Diao B (1995) Review of nonlinear theory of reinforced concrete structure. J Harbin
Instit Archit Eng 1:127–130
33. Zhen Y, Kong L (2010) Geoplastic mechanics. China Building Industry Press, Beijing
34. Wang X-J, Chen M-X, Chang X-L, Zhou W, Yuna Z-H (2009) Studies of application of
Drucker-Prager yield criteria to stability analysis. Rock Soil Mech (12):3733–3738
Bibliography
321
Tongji University Master’s thesis
10. IHC Inc. Hydraulic hammer [EB/OL], http://www.ihchydrohammer.com/about-ihchydrohammer/history/2010.6.20
11. Guo C-X, Zhang L (2004) Domestic piling machinery development trend. Build Mach
(1):40–43
12. Lian Y-F (2002) The current situation and prospects of China’s pile equipment. Constr Mech
(1):13, 16
13. Tian G, Zhang H, Liu L (2007) The analysis for the new standard of vibratory pile hammer.
Build Mach (first half of the month) (10)
14. BSP [EB/OL]. http://www.bsp-if.com/products/, 8 Nov 2010
15. JUNTTAN Hydraulic impact hammer [EB/OL], http://www.junttan.fi/index.php?sivu=
hydraulic_impact_hammers&kieli=en.2010.6.20
16. Guo C-X, Huang Z, Ye Y, et al (2006) New progress of construction technology and
equipment in domestic foundation engineering. Constr Mach (5):17–20
17. Zha D (2001) Research on design theory and method of hydraulic pile hammer. Tongji
University Master’s thesis
18. Suzuki K (1989) Application of a new pressure intensifier using oil hammer to pressure
control of a hydraulic cylinder. Trans ASME. J Dyn Syst Meas Control 111(2):322–328
19. Piling Equipment Technical Specifications [EB/OL], http://www.w-h.co.uk/uk/technical–
library.2010.6.20
20. Gavril, AS (2010) Striker-punch collision in hydraulic hammers. In: 5th SME/WSEAS
international conference on continuum mechanics, pp 23–25
21. Nippon Sharyo Ltd. Hydraulic pile hammer [ EB/OL], 20 June 2010. http://www.n-sharyo.co.
jp/business/kiden_e/hydraulic.html
22. IHC Hydrohammer. Operating principle [EB/OL], 10 June 2010. http://www.
ihchydrohammer.com/technique/
23. Shen YC (2008) Cause analysis and its solution of piston ring breaking for ari-cooled diesel
pile hammer. Build Mach (2):108–110
24. Guo C-X, Yang W (2001) Calculation of hydraulic hammer and pile supporting force. Constr
Mach 9:76–78
25. Shen B-H (1992) Test, survey, design and construction of pile foundation (6)—theoretical
analysis method of pile load transfer. Ind Archit 2(11):47–53
26. Zhu J, Chen L, Ge W (1998) Fitting analysis of pile static load test data in layered foundation.
J Geotech Eng 20(3):34–39
27. Chen L, Liang G-Q, Zhu J-Y, et al (1994) An analytical method for pile axial load-settlement
curve. J Geotech Eng 16(6):30–38
28. Shisheng Pan (1991) Analysis of pile load transfer by layered integral method. J Build struct
12(5):68–79
29. Zhao M, Hu Z (1995) Hyperbolic method for estimating the ultimate bearing capacity of test
piles. Archit Struct (3):47–52
30. Liu J, Luan M, Xu C, Wang J, Yuan F (2006) Study on parametric characters of
Drucker-Prager criterion. Chin J Rock Mech Eng 25:4009–4015
31. Liu H (2004) Mechanics of materials. Higher Education Press, Beijing
32. Ye Y, Diao B (1995) Review of nonlinear theory of reinforced concrete structure. J Harbin
Instit Archit Eng 1:127–130
33. Zhen Y, Kong L (2010) Geoplastic mechanics. China Building Industry Press, Beijing
34. Wang X-J, Chen M-X, Chang X-L, Zhou W, Yuna Z-H (2009) Studies of application of
Drucker-Prager yield criteria to stability analysis. Rock Soil Mech (12):3733–3738
Bibliography
321