4. Osawa H, Washio Y, Miyazaki T et al (2004) Research and development of technology on
wave energy utilization; Development on offshore floating type wave power device “Mighty
Whale”. JAMSTEC
5. Washio Y, Osawa H, Nagata Y et al (2000) The offshore floating type wave power device
“Mighty Whale”: open sea tests. In: Proceedings of the tenth international offshore and polar
engineering conference, vol 1. International Society of Offshore and Polar Engineers, Seattle,
USA, pp 373–380
6. Thorpe TW (1999) An overview of wave energy technologies: status, performance and costs,
wave power moving towards commercial viability. Broadway House, Westminster, London,
pp 11–16
7. Falca AFO (1999) Design and construction of the OWC wave power plant at the Azores. In:
Wave power moving towards commercial viability. Institution of Mechanical Engineers
Seminar, London, UK, pp 35–42
8. Alcorn RG, Beattie WC (1998) Observations of time domain data on the Wells turbine in the
Islay wave power plant. In: Proceedings of the eighth international offshore and polar
engineering conference. International Society of Offshore and Polar Engineers, Montreal,
Canada, pp 12–18
9. Alcorn R, Hunter S, Signorelli C (2005) Results of the testing of the energetech wave energy
plant at port kembla. Energetech Australia Pty Limited, pp 2–7
10. Watabe T, Kondo H, Shirai H et al (1994) Re-modeling of Muroran wave test plant. In:
Proceedings of 4th international conference OPEC, Osaka, Japan
11. Yu Z (1998) Modelling and analysis of a statie pond system for simulating OWC wave energy
conversion. Adv Hydrodyn 3(1)
12. Liang X-G, Sun P-Y, You Y-G (2003) Performance experiment of Shanwei 100kW wave
power station’s air-room. Ocean Eng 21:113–116
13. Zhang W (2011) Research on design and simulation of wave energy conversion device. South
China University of Technology, Guangdong
14. Yang G (2010) Study on properties of caisson breakwater as OWC under irregular waves.
Ocean University of China, Qingdao
15. Jiao J (2011) Study on the design and optimize of the second Energy conversion of Caisson
breakwater as OWC. Ocean University of China, Qingdao
16. Liu Z (2008) Experimental and numerical investigation of oscillating water column wave
energy convertor. Ocean University of China, Qingdao
17. Huang ZZ, Yu Z, Jiang ND (2006) Study on output control for OWC wave power device.
Energy Conserv Technol 24:212–215
18. Neptune Energy Ltd (2011) Oscillating water column: US, GB20060016210
19. Hanna JC (2006) Wave energy turbine for oscillating water column systems:
US201113136409
20. Christopher F, James HS, Kevin B (2007) Oscillating water column power generator:
US200780035855, 25 July 2007
21. Yin Y (2012) Electro-hydraulic servo control theory and application technology in extreme
environment. Shanghai science and technology press, Shanghai
22. Yin Y (2013) Principle and device of the ocean wave energy conversion—principles and
devices of power generation. Shanghai science and technology press, Shanghai
23. Yin Y, Chen Y, Emmanuel Q, Li J (2012) Analysis of hydraulic load sensing system for
controllable pitch propeller. Fluid Power Transm Control 6:6–10
24. Shi S, Yin Y (2013) Principle and application of pendulum ocean wave power generation.
Hydraul Pneum Seals 33(1):1–5
386
14 Pneumatic Principle and Device of Oscillating Water …
wave energy utilization; Development on offshore floating type wave power device “Mighty
Whale”. JAMSTEC
5. Washio Y, Osawa H, Nagata Y et al (2000) The offshore floating type wave power device
“Mighty Whale”: open sea tests. In: Proceedings of the tenth international offshore and polar
engineering conference, vol 1. International Society of Offshore and Polar Engineers, Seattle,
USA, pp 373–380
6. Thorpe TW (1999) An overview of wave energy technologies: status, performance and costs,
wave power moving towards commercial viability. Broadway House, Westminster, London,
pp 11–16
7. Falca AFO (1999) Design and construction of the OWC wave power plant at the Azores. In:
Wave power moving towards commercial viability. Institution of Mechanical Engineers
Seminar, London, UK, pp 35–42
8. Alcorn RG, Beattie WC (1998) Observations of time domain data on the Wells turbine in the
Islay wave power plant. In: Proceedings of the eighth international offshore and polar
engineering conference. International Society of Offshore and Polar Engineers, Montreal,
Canada, pp 12–18
9. Alcorn R, Hunter S, Signorelli C (2005) Results of the testing of the energetech wave energy
plant at port kembla. Energetech Australia Pty Limited, pp 2–7
10. Watabe T, Kondo H, Shirai H et al (1994) Re-modeling of Muroran wave test plant. In:
Proceedings of 4th international conference OPEC, Osaka, Japan
11. Yu Z (1998) Modelling and analysis of a statie pond system for simulating OWC wave energy
conversion. Adv Hydrodyn 3(1)
12. Liang X-G, Sun P-Y, You Y-G (2003) Performance experiment of Shanwei 100kW wave
power station’s air-room. Ocean Eng 21:113–116
13. Zhang W (2011) Research on design and simulation of wave energy conversion device. South
China University of Technology, Guangdong
14. Yang G (2010) Study on properties of caisson breakwater as OWC under irregular waves.
Ocean University of China, Qingdao
15. Jiao J (2011) Study on the design and optimize of the second Energy conversion of Caisson
breakwater as OWC. Ocean University of China, Qingdao
16. Liu Z (2008) Experimental and numerical investigation of oscillating water column wave
energy convertor. Ocean University of China, Qingdao
17. Huang ZZ, Yu Z, Jiang ND (2006) Study on output control for OWC wave power device.
Energy Conserv Technol 24:212–215
18. Neptune Energy Ltd (2011) Oscillating water column: US, GB20060016210
19. Hanna JC (2006) Wave energy turbine for oscillating water column systems:
US201113136409
20. Christopher F, James HS, Kevin B (2007) Oscillating water column power generator:
US200780035855, 25 July 2007
21. Yin Y (2012) Electro-hydraulic servo control theory and application technology in extreme
environment. Shanghai science and technology press, Shanghai
22. Yin Y (2013) Principle and device of the ocean wave energy conversion—principles and
devices of power generation. Shanghai science and technology press, Shanghai
23. Yin Y, Chen Y, Emmanuel Q, Li J (2012) Analysis of hydraulic load sensing system for
controllable pitch propeller. Fluid Power Transm Control 6:6–10
24. Shi S, Yin Y (2013) Principle and application of pendulum ocean wave power generation.
Hydraul Pneum Seals 33(1):1–5
386
14 Pneumatic Principle and Device of Oscillating Water …
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