1 이강수, "파랑충격력에 의한 원형실린더구조물의 구조응답평가" 한국전산구조공학회 33 (33): 287-296, 2020
2 김태윤, "제주도 해상풍력 에너지 자원평가를 위한 InVEST Offshore Wind 모형 적용" 한국지리정보학회 20 (20): 47-59, 2017
3 Dean, R. G., "Water Wave Mechanics for ENgineers and Scientists, Advanced Series on Ocean Engineering, 2" World Scientific Publishing Company 170-186, 1991
4 Prasad, D. D., "Validation of a Piston Type Wave-maker Using Numerical Wave Tank" 131 : 57-67, 2017
5 Goda, Y., "Travelling Secondary Wave Crests in Wave Channels" Port and Harbour Research Institute, Ministry of Transport, Japan 32-38, 1967
6 Morison, J. R., "The Force Exerted by Surface Waves on Piles" 2 (2): 149-154, 1950
7 Gingold, R. A., "Smoothed Particle Hydrodynamics : Theory and Application to Non-spherical Stars" 181 (181): 375-389, 1977
8 Monaghan, J. J., "Simulating Free Surface Flows with SPH" 110 (110): 399-406, 1994
9 Schäffer, H. A., "Second-order Wavemaker Theory for Irregular Waves" 23 (23): 47-88, 1996
10 Sangmin Lee, "Parametric studies on smoothed particle hydrodynamic simulations for accurate estimation of open surface flow force" 대한조선학회 12 : 85-101, 2020
1 이강수, "파랑충격력에 의한 원형실린더구조물의 구조응답평가" 한국전산구조공학회 33 (33): 287-296, 2020
2 김태윤, "제주도 해상풍력 에너지 자원평가를 위한 InVEST Offshore Wind 모형 적용" 한국지리정보학회 20 (20): 47-59, 2017
3 Dean, R. G., "Water Wave Mechanics for ENgineers and Scientists, Advanced Series on Ocean Engineering, 2" World Scientific Publishing Company 170-186, 1991
4 Prasad, D. D., "Validation of a Piston Type Wave-maker Using Numerical Wave Tank" 131 : 57-67, 2017
5 Goda, Y., "Travelling Secondary Wave Crests in Wave Channels" Port and Harbour Research Institute, Ministry of Transport, Japan 32-38, 1967
6 Morison, J. R., "The Force Exerted by Surface Waves on Piles" 2 (2): 149-154, 1950
7 Gingold, R. A., "Smoothed Particle Hydrodynamics : Theory and Application to Non-spherical Stars" 181 (181): 375-389, 1977
8 Monaghan, J. J., "Simulating Free Surface Flows with SPH" 110 (110): 399-406, 1994
9 Schäffer, H. A., "Second-order Wavemaker Theory for Irregular Waves" 23 (23): 47-88, 1996
10 Sangmin Lee, "Parametric studies on smoothed particle hydrodynamic simulations for accurate estimation of open surface flow force" 대한조선학회 12 : 85-101, 2020
11 Madsen, O. S., "On the Generation of Long Waves" 76 (76): 8672-8683, 1971
12 Finnegan, W., "Numerical Simulation of Linear Water Waves and Wave-structure Interaction" 43 : 23-31, 2012
13 Dalrymple, R. A., "Numerical Modeling of Water Waves with the SPH Method" 53 (53): 141-147, 2006
14 Krvavica, N., "New Approach to Flap-type Wavemaker Equation with Wave Breaking Limit" 60 (60): 69-78, 2018
15 Hallquist, J.O., "Ls-dyna Keyword User's Manual"
16 Altomare, C., "LongCrested Wave Generation and Absorption for SPH-based DualSPHysics Model" 127 : 37-54, 2017
17 Hallquist, J.O., "LS-DYNA Theory Manual"
18 Havelock, T. H., "LIX. Forced Surface-Waves on Water" 8 (8): 569-576, 1929
19 Ursell, F., "Forced Small-amplitude Water Waves : a Comparison of Theory and Experiment" 7 (7): 33-52, 1960
20 Lee, S., "Comparative Study on the Breaking Waves by a Piston-type Wavemaker in Experiments and SPH Simulations" 62 (62): 267-284, 2020
21 Wienke, J., "Breaking Wave Impact Force on a Vertical and Inclined Slender Pile-theoretical and Large-scale Model Investigations" 52 (52): 435-462, 2005
22 Crespo, A. J. C., "Boundary Conditions Generated by Dynamic Particles in SPH Methods" 5 (5): 173-184, 2007
23 Le Méhauté, B., "An Introduction to Hydrodynamics and Water Waves" Springer Science and Business Media 205-, 2013
24 Didier, E., "A Semi-infinite Numerical Wave Flume Using Smoothed Particle Hydrodynamics" 22 (22): 193-199, 2012
25 Lee, S., "A Semi-Infinite Numerical Wave Tank Using Discrete Particle Simulations" 8 (8): 159-162, 2020
26 Lucy, L. B., "A Numerical Approach to the Testing of the Fission Hypothesis" 82 (82): 1013-1024, 1977