This paper describes a comprehensive field experiment aimed at determining the form of the asymptotic, depth-limited wind-wave spectrum. The data clearly defines the limit in terms of total energy and peak frequency. In addition, the forms of both the frequency and wavenumber spectra are defined. The influence of nonlinear processes and Doppler shifting are clear. As a result of these processes, the usefulness of the frequency spectrum in such depth-limit ed conditions is questioned
A new method of analysing wave directional data is applied to wave staff data from Lake Ontario duri...
The time-honored topic of fully developed wind seas pioneered by Pierson and Moskowitz is revisited ...
International audienceThis paper reports on laboratory experiment results on wind-driven surface wav...
This paper presents a comprehensive set of field experiments investigating the form of the asymptoti...
This paper presents a comprehensive set of field experiments investigating the form of the asymptoti...
Data from a spatial array of wave gauges is analysed using the Wavelet Directional Method (WDM) to d...
Data from a spatial array of wave gauges is analysed using the Wavelet Directional Method (WDM) to d...
The directional spreading of both the wavenumber and frequency spectra of finite-depth wind generate...
The directional spreading of both the wavenumber and frequency spectra of finite-depth wind generate...
The energy level and its directional distribution are key observations for understanding the energy ...
The energy level and its directional distribution are key observations for understanding the energy ...
This paper is concerned with the dynamical processes involved in the growth of the lower frequency s...
181-194With the statistical relationships and equations, a new wind wave spectrum model for deep wat...
Measurements of fetch-limited wave spectra from various sources indicate an approximate invariance o...
The time-honored topic of fully developed wind seas pioneered by Pierson and Moskowitz is revisited ...
A new method of analysing wave directional data is applied to wave staff data from Lake Ontario duri...
The time-honored topic of fully developed wind seas pioneered by Pierson and Moskowitz is revisited ...
International audienceThis paper reports on laboratory experiment results on wind-driven surface wav...
This paper presents a comprehensive set of field experiments investigating the form of the asymptoti...
This paper presents a comprehensive set of field experiments investigating the form of the asymptoti...
Data from a spatial array of wave gauges is analysed using the Wavelet Directional Method (WDM) to d...
Data from a spatial array of wave gauges is analysed using the Wavelet Directional Method (WDM) to d...
The directional spreading of both the wavenumber and frequency spectra of finite-depth wind generate...
The directional spreading of both the wavenumber and frequency spectra of finite-depth wind generate...
The energy level and its directional distribution are key observations for understanding the energy ...
The energy level and its directional distribution are key observations for understanding the energy ...
This paper is concerned with the dynamical processes involved in the growth of the lower frequency s...
181-194With the statistical relationships and equations, a new wind wave spectrum model for deep wat...
Measurements of fetch-limited wave spectra from various sources indicate an approximate invariance o...
The time-honored topic of fully developed wind seas pioneered by Pierson and Moskowitz is revisited ...
A new method of analysing wave directional data is applied to wave staff data from Lake Ontario duri...
The time-honored topic of fully developed wind seas pioneered by Pierson and Moskowitz is revisited ...
International audienceThis paper reports on laboratory experiment results on wind-driven surface wav...