NAVIGATION EFFECTS DUE TO OUT FLOW WATER EXITS
Sci. Bull. • 2008
معلومات البحث
المؤلفون
GAMAL H. ELSAEED; AND MAHMOUD R. ELTOUKHY
الكلمات المفتاحية
Navigable channels, Inland Navigation, Cross Currents, Inland
Waterways, River Outlets, Water Collectors, Power Plants.
المجلة العلمية
Sci. Bull.
الناشر
Fac. Ain Shams Univ.
المجلد
43
العدد
1
الصفحات
319 - 331
publication.type
International
رابط البحث
Open Link
المواد المرفقة
Not Available
الملخص
The discharge of flows into a waterway, e.g. from industrial, power plants, and
storm water collectors, may affect passing ships depending on the induced transverse
momentum acting on a ship in front of an outfall structure. In this study, the effect of
the angle of inclination of the outlet was investigated along with its opening angle,
depth of water, and the magnitude of the velocity in a rectangular flume. Cross current
velocities at the outlet of the introduction construction were measured and then
compared by the designer, in which the maximum cross current velocities of the water
introduction construction were estimated specially a state-of-the-art theoretical
approach, to determine if that design was safe or not. The results are presented by
curves and equations which can be used for the design of the water intruded
construction to provide operational traffic safety for the passing ships in inland
waterway
storm water collectors, may affect passing ships depending on the induced transverse
momentum acting on a ship in front of an outfall structure. In this study, the effect of
the angle of inclination of the outlet was investigated along with its opening angle,
depth of water, and the magnitude of the velocity in a rectangular flume. Cross current
velocities at the outlet of the introduction construction were measured and then
compared by the designer, in which the maximum cross current velocities of the water
introduction construction were estimated specially a state-of-the-art theoretical
approach, to determine if that design was safe or not. The results are presented by
curves and equations which can be used for the design of the water intruded
construction to provide operational traffic safety for the passing ships in inland
waterway
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