Gate control on a channel reach

Stipic, M.; Spasojevic, M.; Savic, Lj.

Gate control on a channel reach

2000

Stipic, M. (Vojvodinaprojekt, Novi Sad (Yugoslavia)) | Spasojevic, M. | Savic, Lj.

Downstream gate control in an experimental channel has been investigated at the hydraulic laboratory of the Civil Engineering Faculty in Subotica (Serbia, Yugoslavia). Water depth monitoring, data processing and computations were combined to enable an efficient gate control. Through only upstream-end depth being measured, combined with an unsteady-flow mathematical model, accurate water levels along the entire channel were obtained. Designed gate-control modulus (a control-device and appropriate software) enables maintaining the water-level upstream of the gate within the prescribed limits.

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Ключевые слова АГРОВОК

canal canales canals fluid flow flujo gates mathematical models monitoring portones vigilancia

Библиографическая информация

Издатель

Faculty of Civil Engineering

Другие темы

Porte de cloture; Ecoulement de fluide; Modele mathematique; Controle continu; Modelos matematicos

Язык

сербский

Примечание

Summary (En)

7 graphs; 3 ref.

ISBN Международный стандартный книжный номер

86-80297-28-3

Переведенный заголовок

Upravljanje ustavom na kanalskoj deonici

Тип

Summary; Conference

Источник

Water and protection of aquatic environment in the Central basin of the Danube [river]: monograph [proceedings]: 4th international hydrology conference, Kolakovic, S. (Ed.).- Subotica (Yugoslavia): Faculty of Civil Engineering, 2000.- ISBN 86-80297-28-3. p. 169-177

Конференция

4th international hydrology conference, Subotica (Yugoslavia), 20-22 Sep 2000

В АГРИСе с: 2001-08-15

Формат: AGRIS AP

Поставщик данных

Эту запись предоставил Unassigned data from Yugoslavia

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