@misc{10481/54852,
year = {2019},
month = {2},
url = {http://hdl.handle.net/10481/54852},
abstract = {Methods for the separation of long-crested linear waves into incident and reflected waves
have existed for more than 40 years. The present paper presents a new method for the separation
of nonlinear bichromatic long-crested waves into incident and reflected components, as well as
into free and bound components. The new method is an extension of a recently proposed method
for the separation of nonlinear regular waves. The new methods include both bound and free
higher harmonics, which is important for nonlinear waves. The applied separation method covers
interactions to the third order, but can easily be extended to a higher orders. Synthetic tests, as well as
physical model tests, showed that the method accurately predict the bound amplitudes and incident
and reflected surface elevations of nonlinear bichromatic waves. The new method is important
in order to be able to describe the detailed characteristics of nonlinear bichromatic waves and
their reflection.},
publisher = {MDPI},
keywords = {Bichromatic waves},
keywords = {Reflection separation},
keywords = {Bound waves},
keywords = {Nonlinear waves},
title = {Separation of Long-Crested Nonlinear Bichromatic Waves into Incident and Reflected Components},
doi = {10.3390/jmse7020039},
author = {Andersen, Thomas Lykke and Eldrup, Mads R. and Clavero Gilabert, María},
}