Development of an impulse source-based wave-current interaction (WCI) model

Christian Windt, Josh Davidson, Pal Schmitt, John Ringwood

Research output: Contribution to conferencePaper

15 Downloads (Pure)

Abstract

The analysis of wave-current interaction (WCI) in numerical wave tanks (NWTs) requires the simultaneous generation of a current velocity profile and free surface waves. This paper presents a novel approach to simulate the WCI using an impulse-source-based methodology together with a numerical beach implementation. Three additional terms are added to the momentum equation, to incorporate current and wave generation, as well as the numerical beach. The model components, i.e. wave and current generation, and WCI, are verified independently against two sets of reference data. The results show excellent agreement for the wave-only case, while for the current-only and thus WCI, some model weaknesses can be identified.
Original languageEnglish
Publication statusPublished - 15 Jun 2018

Fingerprint

Beaches
Surface waves
Momentum

Cite this

@conference{b873c87300884e0e9e0771d3b417b29b,
title = "Development of an impulse source-based wave-current interaction (WCI) model",
abstract = "The analysis of wave-current interaction (WCI) in numerical wave tanks (NWTs) requires the simultaneous generation of a current velocity profile and free surface waves. This paper presents a novel approach to simulate the WCI using an impulse-source-based methodology together with a numerical beach implementation. Three additional terms are added to the momentum equation, to incorporate current and wave generation, as well as the numerical beach. The model components, i.e. wave and current generation, and WCI, are verified independently against two sets of reference data. The results show excellent agreement for the wave-only case, while for the current-only and thus WCI, some model weaknesses can be identified.",
author = "Christian Windt and Josh Davidson and Pal Schmitt and John Ringwood",
year = "2018",
month = "6",
day = "15",
language = "English",

}

Development of an impulse source-based wave-current interaction (WCI) model. / Windt, Christian; Davidson, Josh; Schmitt, Pal; Ringwood, John.

2018.

Research output: Contribution to conferencePaper

TY - CONF

T1 - Development of an impulse source-based wave-current interaction (WCI) model

AU - Windt, Christian

AU - Davidson, Josh

AU - Schmitt, Pal

AU - Ringwood, John

PY - 2018/6/15

Y1 - 2018/6/15

N2 - The analysis of wave-current interaction (WCI) in numerical wave tanks (NWTs) requires the simultaneous generation of a current velocity profile and free surface waves. This paper presents a novel approach to simulate the WCI using an impulse-source-based methodology together with a numerical beach implementation. Three additional terms are added to the momentum equation, to incorporate current and wave generation, as well as the numerical beach. The model components, i.e. wave and current generation, and WCI, are verified independently against two sets of reference data. The results show excellent agreement for the wave-only case, while for the current-only and thus WCI, some model weaknesses can be identified.

AB - The analysis of wave-current interaction (WCI) in numerical wave tanks (NWTs) requires the simultaneous generation of a current velocity profile and free surface waves. This paper presents a novel approach to simulate the WCI using an impulse-source-based methodology together with a numerical beach implementation. Three additional terms are added to the momentum equation, to incorporate current and wave generation, as well as the numerical beach. The model components, i.e. wave and current generation, and WCI, are verified independently against two sets of reference data. The results show excellent agreement for the wave-only case, while for the current-only and thus WCI, some model weaknesses can be identified.

M3 - Paper

ER -