[1] Hough GR, Moran SP (1969) Froude number effects on two dimensional hydrofoils. J Ship Res 13: 53-60.

[2] Giesing JP, Smith AM (1967) Potential flow about two-dimensional hydrofoil. J Fluid Mech 28: 113-120.

[3] Bai KJ (1978) Alocalized finite-element method for two-dimensionalsteady potential flow swith free surface. J Ship Res 22: 216-230.

[4] Yeung RW, Bouger YC (1979) Ahybrid –integral equation method for steady two dimension ship wave. Int J Numer Method Eng 14: 317-336.

[5] Salvasen N (1969) On higher-order wave theory for submerged two-dimensional bodies. J Fluid Mech 38: 415-432.

[6] Kennell C,  Plotkin A (1984) A second order theory for the potential flow about thin hydrofoils.  J Ship Res 28: 55-64.

[7] Kouh JS, Lin TJ, Chau SW (2002) Preformance analysis of two-dimension hydrofoil under free surface. J Nat Tai Uni 86: 113-123.

[8] Bal S (1999) A potential based panel method for two-dimensional hydrofoil. Int J Ocean Eng 28:243-261.

[9] Daskovsky M (2000) The hydrofoil in surfaceproximity theory and experiment. Ocean Eng 27: 1129-1159.

[10] Behbahani-Nejad Changizian M (2013) Reduced-Order modeling of unsteady partial cavity flows using the boundary element method. Modares Mech Eng 13(6): 140-152. (In Persian)

[11] Saeidi Nezhad A, Dehghan AA, Manshadi M, Kazemi Esfeh M (2013)  Experimental investigation of the vortex structure on a submersible model. Modares Mech Eng 13(15): 98-109. (In Persian)

[12]Bourgoyne Dwayne A (2003) Flow over ahydrofoil with trailing edge vortex shedding athigh Reynolds number, Ph.D. Thesis, Mechanical Engineering, University of Michigan.

[13] Hay A, Visonneau M (2005) Computationof free-surface flows with local mesh adaptation. Int J Numer Meth Fl 49: 785-816.

[14] Kim SH, Yamato H (2005) The estimation of wave elevation and wave disturbance caused by the wave orbital motion of a fully submerged hydrofoil craft. J Mar Sci Technol 10: 22-31.

[15] Xie N, Vassalos D (2007) Performance analysis of 3D hydrofoil under free surface. J Ocean Eng 34: 1257-1264.

[16] Sadathosseini SH, Mousaviraad SM, Firoozabadi B, Ahmadi G (2008) Numerical simulation of free-surface waves and wave inducedseparation. Scientia Iranica 15(3): 323-331.

[17] Ghassemi H, Kohansal A (2010) Boundary element method applied to the lifting bodies near the free surface. J Mar Eng 5(10):105-113.

[18] Djavareshkian MH, Esmaeli ali (2012) Parametric analysis of hydrofoil performance near the free surface. Hydraulic 6(4): 1-17. (In Persian)

[19] Bal S, Kinnas S (2003) A numerical wave tank model forcavitating hydrofoils. J Comput Mech 259-268.

[20] Bal S (2011) The effect of finite depth on 2D and 3D cavitating hydrofoils. J Mar Sci Technol 129-142.

[21] طهانی م، برگستان ع (1393) بررسی عددی اثرات تغییر هندسه بر ضرایب آیرودینامیکی بال شناور اثر سطحی. نشریه علمی پژوهشی مکانیک سازه‌ها و شاره‌ها 4(2): 75-87. 

[22] Nakos DE, Sclavounos PD (1990) On steady and unsteady shipwave patterns. J Fluid Mech 215: 263-288.

[23] Dawson DW (1977) A practical computer method for solving shipwave problems. 2nd International Conference on Numerical ShipHydrodynamics.