Khosravi Babadi, M., Golshani, A., Ghanei Ardakani, A. and Karami Matin, A., (2017), Design principles of breakwaters, Marine Industries Organization, p.17-23-42-111.
 Ghanbarian, M., (2010), Rubble mound breakwaters (Vol.1: Types of breakwaters, principles, and overview, Khatam al Anbiya Construction Headquarter, p.15-19. (In Persian)
 Sayao, O. and Da Silva R. F., (2016), Analysis of rubble mound breakwater damage: Case study of existing breakwater rehabilitation, IX Pinac Copedec Conference.
 Lamberti, A., Tomasicchio, G.R. and Guiducci, F., (1994), Reshaping breakwaters in deep and shallow water conditions, Proceeding of 24th International Conference on Coastal Engineering, Kobe, Japan. ASCE. p.1343-1358.
 Mousavi, Sh., (2010), Rubble mound breakwaters (Vol.2: Design of rubble mound breakwaters, Khatam al Anbiya Construction Headquarter, p.15-19-93-100-105. (In Persian)
 Campos, A., Castillo, C. and Sanchez, R.M., (2020), Damage in rubble mound breakwaters. Part I: Historical review of damage models, Journal of Marine Science and Engineering, Vol.8(5):317.
 Sayao, O., (1998), On the profile reshaping of berm breakwaters, Coastal structures, Vol.99, p.224-265.
 Rao, S. and Pramod, rao, B., (2003), Stability of berm breakwater with reduced armour stone weight, Ocean Engineering, Vol.31, p.1577-1589.
 Panagiota, G., Christos, M., and Panayotis, P., (2018), Optimized reliability based upgrading of rubble mound breakwaters in a changing climate, Journal of Marine Science and Engineering, 6(3):92.
 Janardhan, P., Harish, N., Rao, S. and Shirlal, K.G., (2015), Performance of variable selection method for the damage level prediction of reshaped berm breakwater, ICWRCOE 2015. Aquatic Procedia Vol.4, p.302- 307.
 Twu, S.W., Liu, C.C. and Hsu, W.H., (2001), Wave damping characteristics of deeply submerged breakwaters, ASCE Journal of Waterway, Port, Coastal, and Ocean Engineering Vol.127 (2), p.97–105.
 Neves, A.C., Veloso Gomes, F.and Taveira Pinto, F., (2007), Analysis of the wave-flow interaction with submerged breakwaters. WIT Transactions on Modelling and Simulation. Vol.46, p.147-154.
 Bungin, E.R., (2021), The effect of square submerged breakwater on wave transmission in the coastal area, AC2SET (2020), IOP Conference series: Materials Science and Engineering.
 Juhl, J. and Jensen, O. J., (1995), Features of berm breakwaters and practical experience. Proceeding of the International Conference on Coastal and port engineering in developing countries, R.J. Brazil. p.1307-1320.
 Tulsi, K., and Phelp, D., (2009), Monitoring and maintenance of breakwaters which protect port entrances, proceeding of the 28th South African transport conference, p.317 – 325.
 Smith, D.A.Y., Warner, P.S. and Sorensen, R.M., (1996), Submerged-crest breakwater design, advances in coastal structures and breakwaters, Thomas Telford, London, p.208–219.
 Stefanutti Stocks Marine, (2015), Rubble mound breakwater vs. tandem breakwater cost estimation. Cape Town, Stefanutti Stocks Marine.
 He, F., Huang, Z. and Law, A.W., (2012), Hydrodynamic performance of a rectangular floating breakwater with and without pneumatic chambers: An experimental study, Ocean Engineering, Vol.51 (1), p.16-27.
 Jian Xu, T., Wang, X.R., Guo, W.J., Dong, .H. and Hou, H.M, (2020), Numerical simulation of combined effect of pneumatic breakwater and submerged breakwater on wave damping, Taylor and Francis: Ships and offshore structures.
 Qin, H., Mu, L., Tang, W. and Hu, Z., (2019), Numerical study of the interaction between peregrine breather based freak waves and twin-plate breakwater, Journal of Fluids and Structures, Vol.87, p.206-227.
 Quiroga, I., Vidal, C., Lara, J., Gonzalez, M. and Sainz, A., (2018), Stability of rubble-mound breakwaters under tsunami first impact and overflow based on laboratory experiments, Coastal Engineering, Vol.135, p.39-54.
 Van der Meer, J.W., (1993), Conceptual design of rubble mound breakwaters, Delft Hydraulics, Report No. 483.
 Andersen, T.L., (2006). Hydraulic response of rubble mound breakwaters (scale effects-berm breakwaters), University of Alborg, Denmark.
 Burcharth, H.F., (1993), Design of breakwaters, Department of Civil Engineering, Alborg University Denmark.
 Ataie Ashtiani, B., (2006), Coastal engineering (Coastal hydrodynamics), ACECR, Amirkabir University of Technology Branch, p.214-215-218. (In Persian)
 Vafaeipour Sorkhabi R, Naseri A (2015) Experimental investigation of the interaction between vertical flexible seawall and random sea waves. Journal of Advanced Defense Science and Technology 6(3): 155-162. (In Persian)