International audienceThe phenomena of tides are a matter of common experience: ocean tides under the influence of the Moon and the Sun, differences of the surface level of the oceans reaching several meters, following well-established cycles. In the present chapter we propose a first step in the general and classical mathematical formulations of the tidal potential and tidal force. Then we apply this formulation to the concrete case of the lunisolar ocean tides at a given point of the surface of the sea. At the end we give a review of various tidal manifestations all around the world
A practical scheme is proposed to explicitly introduce tides into ocean general circulation models (...
Ocean tides profoundly impact coastal maritime operations. This module provides an introduction to t...
Abstract- Luni-solar tides affect Earth's rotation in a variety of ways. We give an overview of...
International audienceThe phenomena of tides are a matter of common experience: ocean tides under th...
Tides on planet Earth are generated by the gravitational attraction of the Moon and Sun. In the glob...
A realistic picture of the tides of world oceans requires considerable amount of data both from the...
Abstract- Over 300 earthquakes are studied to determine whether there is any triggering by tidal for...
Laplace’s Tidal Equations (LTE) are modified to allow for the yielding of the solid Earth to tide ge...
Tides are a consequence of the gravitational pull of the Moon and the Sun exerted on the waters of t...
The author examines the nature of wave processes and their impact on the operation of tidal power pl...
Basic phenomena, origin and generation of tides, analysis and prediction of tides, basic equation an...
This paper deals with the computation of surface displacements, tilt and gravity variations at the E...
La Lune est l'astre dominant dans le phénomène des marées à la surface de la Terre. La première figu...
Summary. We compute the static response of the world ocean to an external zonal gravitational potent...
The tidal deformation on the earth is classified into three types. The first type is formulated by a...
A practical scheme is proposed to explicitly introduce tides into ocean general circulation models (...
Ocean tides profoundly impact coastal maritime operations. This module provides an introduction to t...
Abstract- Luni-solar tides affect Earth's rotation in a variety of ways. We give an overview of...
International audienceThe phenomena of tides are a matter of common experience: ocean tides under th...
Tides on planet Earth are generated by the gravitational attraction of the Moon and Sun. In the glob...
A realistic picture of the tides of world oceans requires considerable amount of data both from the...
Abstract- Over 300 earthquakes are studied to determine whether there is any triggering by tidal for...
Laplace’s Tidal Equations (LTE) are modified to allow for the yielding of the solid Earth to tide ge...
Tides are a consequence of the gravitational pull of the Moon and the Sun exerted on the waters of t...
The author examines the nature of wave processes and their impact on the operation of tidal power pl...
Basic phenomena, origin and generation of tides, analysis and prediction of tides, basic equation an...
This paper deals with the computation of surface displacements, tilt and gravity variations at the E...
La Lune est l'astre dominant dans le phénomène des marées à la surface de la Terre. La première figu...
Summary. We compute the static response of the world ocean to an external zonal gravitational potent...
The tidal deformation on the earth is classified into three types. The first type is formulated by a...
A practical scheme is proposed to explicitly introduce tides into ocean general circulation models (...
Ocean tides profoundly impact coastal maritime operations. This module provides an introduction to t...
Abstract- Luni-solar tides affect Earth's rotation in a variety of ways. We give an overview of...