publication . Doctoral thesis . 2017

Numerical simulation of the hydrodynamic processes in the Red Sea Region

Madah, Fawaz;
Open Access English
  • Published: 16 Mar 2017
  • Country: Germany
Abstract
The semi-enclosed Red Sea basin presents a unique large marine ecosystem. Therefore it deserves scientific attention. The processes under concern are studied using a combination of very few available observations (water levels and oceanographic data), remotely sensed data as well as numerical modelling approach. The numerical simulations are performed using the three-dimensional modeling system Delft3D, developed by WL | Delft Hydraulics. The first part of the present thesis investigates the tidal characteristics in the Red Sea. The RS-Model suggests that the dominant pattern in the region is primarily semidiurnal with the appearance of diurnal character at plac...
Subjects
free text keywords: Abschlussarbeit, doctoral thesis, Red Sea, Delft3D modeling system, Amphidromic system, wind and thermohaline forcing, wind and thermohaline circulation, water mass formation, open-ocean convection, Rotes Meer, Delft3D Modellierungssystem, Amphidrome Systeme, Wind- und thermohaliner Antrieb, Wind und thermohaline Zirkulation, Bildung von Wasserkörpern, Konvektion im offenen Ozean, Mathematisch-Naturwissenschaftliche Fakultät, Faculty of Mathematics and Natural Sciences, Red Sea, Delft3D modeling system, Amphidromic system, wind and thermohaline forcing, wind and thermohaline circulation, water mass formation, open-ocean convection, Rotes Meer, Delft3D Modellierungssystem, Amphidrome Systeme, Wind- und thermohaliner Antrieb, Wind und thermohaline Zirkulation, Bildung von Wasserkörpern, Konvektion im offenen Ozean, ddc:500
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publication . Doctoral thesis . 2017

Numerical simulation of the hydrodynamic processes in the Red Sea Region

Madah, Fawaz;