6. Huang S (2013) Research on large diameter pneumatic DTH hammer impactor. Master’s
thesis of Tongji university
7. Zhang C (2013) Research and design of large-diameter pneumatic downhole hammer ball
tooth bit. Master’s thesis of Tongji university
8. Yin Y-B, Luo J-Y, Zhou G-P, Guo C-X (2007) Development of a powder injection pile
drawing device with quadrant combination steel pipe. Build Mach (10):71–74
9. Yin Y-B, Huang J-Q, Hu X-H, Guo C-X (2012) A compare of several typical foreign
hydraulic system of hydraulic hammers. Build Mach (2):63–66
10. Yaobao Y, Zhichao L, Shuai H, Chuanxin G (2012) Analysis of fast dropping process of
hydraulic-pneumatic hammer. Fluid Power Transm Control 2:10–13
11. Yin Y-B, Huang J-Q, Zhang X-Q, Guo C-X, Shen Y-C (2012) Analysis of
hydraulic-pneumatic hammer working process. Build Mach (4): 67–71
12. Yin Y-B, Huang J-Q, Wang H-Q, Shen Y-C, Guo C-X (2011) Pile—soil contact analysis via
hydraulic hammering process. Chin J Constr Mach 9(4):379–385
13. Yin Y, Hu X, Li Y et al (2010) Mathematical modeling and analysis of hydraulic and
pneumatic composite hammer. In: Proceedings of 2010 China construction machinery
association piling machinery industry annual meeting, China construction machinery industry
association piling machinery branch, Hangzhou, China, vol 11, no 18–19, pp 175–180
14. Yin Y, Huang J, Xiong W et al (2012) Modeling and analysis of hydraulic pile .hammer
system. In: Proceedings of the 2011 international conference on advances in construction
machinery and vehicle engineering, Chinese construction machinery society, vol 3, pp 90–94
15. Guo C, Yin Y, Ye Y et al. The status quo and development tendency of construction
machinery and its hydraulic components in china. In: Proceedings of 7th JFPS international
symposium on fluid power Toyama 2008, Sept 15–18, 2008, The Japan fluid power system
society, pp 77–82
16. Yin Y, Luo J, Guo C (2007) Challenge of a powder injection pile- drawing device with a
quadrant combination steel pipe. In: Proceedings of the 2007 international conference on
advances in construction machinery and vehicle engineering, Tongji University Press,
pp 257–261
17. Jianzhong W, Yaobao Y (2007) Trend of hydraulic technology in Tongji University. Hydraul
Pneum (Japan Industry Press) 46(13):31–37
18. Yaobao YIN (2012) Electro-hydraulic servo control theory and application technology in
extreme environment. Shanghai Scientific & Technical Publishers, Shanghai
19. Yin Y. Above 45 MPa research on hydrogen supercharging pressure control and regulation
technology. Subject acceptance report of national high-tech research and development plan
(National 863 Program)(2017AA05Z119), 30 June 2010
20. Yaobao Y, Mizuno Takeshi W, Jianzhong AK (2007) Pressure characteristics of an
asymmetric pneumatic servovalve with uneven underlaps. China Mech Eng 18(18):2169–
2173
21. Yaobao Y, Kenji A (2009) Modelling and analysis of a pneumatic force control system with
an asymmetric servovalve. China Mech Eng 20(17):2107–2112
22. Yin Y, Mizuno T, Araki K (2007) Research on an asymmetric pneumatic servovalve. Fluid
Power Transm Control (3):7–11
23. Yin Y-B, Li C-M, Araki K (2010) Characteristics of the pneumatic servovalve with
symmetric uneven underlaps. J Shanghai Jiaotong University, 44(4):500–505
24. Yin Y, Li C, Han X, Araki K (2008) Flow characteristics at neutral position of pneumatic
servovalve with symmetric even underlaps. Fluid Power Transm Control (6):9–12
25. Yaobao Y, Yanpei Z, Phamxuan H (2011) Analysis of a pneumatic high pressure-reducing
valve with throttle spool. Fluid Power Transm Control 2:1–5
26. Yin Y-B, Shen L, Zhao Y-P, Dai Y (2010) Research on flow field of high pressure reducing
valve of hydrogen vehicle based on CFD. Fluid Mach 38(1):23–26
27. Yin Y-B (2007) Pressure characteristics of a pneumatic servovalve with uneven underlaps of
the spool. Chinese Hydraulics and Pneumatics 3:74–77
Bibliography
267
thesis of Tongji university
7. Zhang C (2013) Research and design of large-diameter pneumatic downhole hammer ball
tooth bit. Master’s thesis of Tongji university
8. Yin Y-B, Luo J-Y, Zhou G-P, Guo C-X (2007) Development of a powder injection pile
drawing device with quadrant combination steel pipe. Build Mach (10):71–74
9. Yin Y-B, Huang J-Q, Hu X-H, Guo C-X (2012) A compare of several typical foreign
hydraulic system of hydraulic hammers. Build Mach (2):63–66
10. Yaobao Y, Zhichao L, Shuai H, Chuanxin G (2012) Analysis of fast dropping process of
hydraulic-pneumatic hammer. Fluid Power Transm Control 2:10–13
11. Yin Y-B, Huang J-Q, Zhang X-Q, Guo C-X, Shen Y-C (2012) Analysis of
hydraulic-pneumatic hammer working process. Build Mach (4): 67–71
12. Yin Y-B, Huang J-Q, Wang H-Q, Shen Y-C, Guo C-X (2011) Pile—soil contact analysis via
hydraulic hammering process. Chin J Constr Mach 9(4):379–385
13. Yin Y, Hu X, Li Y et al (2010) Mathematical modeling and analysis of hydraulic and
pneumatic composite hammer. In: Proceedings of 2010 China construction machinery
association piling machinery industry annual meeting, China construction machinery industry
association piling machinery branch, Hangzhou, China, vol 11, no 18–19, pp 175–180
14. Yin Y, Huang J, Xiong W et al (2012) Modeling and analysis of hydraulic pile .hammer
system. In: Proceedings of the 2011 international conference on advances in construction
machinery and vehicle engineering, Chinese construction machinery society, vol 3, pp 90–94
15. Guo C, Yin Y, Ye Y et al. The status quo and development tendency of construction
machinery and its hydraulic components in china. In: Proceedings of 7th JFPS international
symposium on fluid power Toyama 2008, Sept 15–18, 2008, The Japan fluid power system
society, pp 77–82
16. Yin Y, Luo J, Guo C (2007) Challenge of a powder injection pile- drawing device with a
quadrant combination steel pipe. In: Proceedings of the 2007 international conference on
advances in construction machinery and vehicle engineering, Tongji University Press,
pp 257–261
17. Jianzhong W, Yaobao Y (2007) Trend of hydraulic technology in Tongji University. Hydraul
Pneum (Japan Industry Press) 46(13):31–37
18. Yaobao YIN (2012) Electro-hydraulic servo control theory and application technology in
extreme environment. Shanghai Scientific & Technical Publishers, Shanghai
19. Yin Y. Above 45 MPa research on hydrogen supercharging pressure control and regulation
technology. Subject acceptance report of national high-tech research and development plan
(National 863 Program)(2017AA05Z119), 30 June 2010
20. Yaobao Y, Mizuno Takeshi W, Jianzhong AK (2007) Pressure characteristics of an
asymmetric pneumatic servovalve with uneven underlaps. China Mech Eng 18(18):2169–
2173
21. Yaobao Y, Kenji A (2009) Modelling and analysis of a pneumatic force control system with
an asymmetric servovalve. China Mech Eng 20(17):2107–2112
22. Yin Y, Mizuno T, Araki K (2007) Research on an asymmetric pneumatic servovalve. Fluid
Power Transm Control (3):7–11
23. Yin Y-B, Li C-M, Araki K (2010) Characteristics of the pneumatic servovalve with
symmetric uneven underlaps. J Shanghai Jiaotong University, 44(4):500–505
24. Yin Y, Li C, Han X, Araki K (2008) Flow characteristics at neutral position of pneumatic
servovalve with symmetric even underlaps. Fluid Power Transm Control (6):9–12
25. Yaobao Y, Yanpei Z, Phamxuan H (2011) Analysis of a pneumatic high pressure-reducing
valve with throttle spool. Fluid Power Transm Control 2:1–5
26. Yin Y-B, Shen L, Zhao Y-P, Dai Y (2010) Research on flow field of high pressure reducing
valve of hydrogen vehicle based on CFD. Fluid Mach 38(1):23–26
27. Yin Y-B (2007) Pressure characteristics of a pneumatic servovalve with uneven underlaps of
the spool. Chinese Hydraulics and Pneumatics 3:74–77
Bibliography
267