The purpose of this paper is to develop a prediction model for multi-directional random wave
transformation. The wave prediction model is based on an energy balance equation with an …

This study extends an energy-balance-equation wave model (a phase-averaging wave
model) for multidirectional random wave transformations to account for wave shoaling …

The model for ocean surface wave propagation can be formulated either in the form of
deterministic models or stochastic models. The stochastic models appear to be particularly …

In the context of actual surface wave conditions, the wave field is represented as a set of
complex fluctuations that randomly change in both time and space, commonly known as …

Wave number spectra from shoaling and breaking waves in five laboratory tests are
compared to a recently published parameterization describing the evolutionary …

Fully dispersive deterministic evolution equations for irregular water waves are derived. The
equations are formulated in the complex amplitudes of an irregular, directional wave …

In this paper, the performance of a well known and widespread Boussinesq model is
evaluated for its ability to predict deep waters and shoaling zone velocity and elevation …

This study investigates stem waves, propagating along a vertical wall, due to obliquely
incident random waves through laboratory experiments and numerical simulations. Attention …

This paper deals with the possibility of using methods and ideas from time domain
Boussinesq formulations in the corresponding frequency domain formulations. We term such …

Mathematical derivation and numerical verification of a wave transformation model in the
frequency domain are discussed. The model is a fully dispersive nonlinear wave model and …