In 1995, Suh and Park developed a numerical model that computes the reflection of regular
waves from a fully perforated-wall caisson breakwater. This paper describes how to apply …

An analytical model has been developed that predicts the reflection of irregular waves
normally incident upon a perforated-wall caisson breakwater. To examine the predictability …

A technique is developed to separate the incident and reflected waves propagating on a
known current in a laboratory wave–current flume by analyzing wave records measured at …

In this paper, we examine several methods for calculating the reflection of irregular waves
from a perforated-wall caisson breakwater using a regular wave model. The first method is …

An analytical model has been developed that can predict the scattering of irregular waves
normally incident upon an array of vertical cylinders. To examine the predictability of the …

The resonance period of the L-shaped channel in the caisson is predicted analytically for the
seawater exchange breakwater of “Applicability Study of the Seawater Exchange …

The e ect of a placement pattern of antifer units on the wave run-up and transmission was
investigated in more than 380 laboratory tests. The main variables in the experiments were …

Climate change has resulted in increased intensity and frequency of typhoons and storm
surges. Accordingly, attention has been paid to securing the breakwater's stability to protect …

ABSTRACT Chun, I., Min, Y., Ha, D. and Park, K., 2013. A General Purpose Numerical Tool
for Determining Wave Control Capability of Perforated Coastal Structures Perforated …

The inclusion of a steady flow in a water channel is critical for recreating scaled ocean
environments in a laboratory. In this thesis, the effect of flow on the theoretical model and …