Библиотека на Университет по архитектура, строителство и геодезия

Къде желаете да търсите

Какво желаете да търсите

Търсене в

Подредба

Каталог "Статии" | Сборник

Overview of Heavy Rain Data in Osijek

S. Maricic; T. Mijuskovic - Svetinovic; J. Matotek
ЦБ II 544

Детайли

Източник
Годишник на Университета по архитектура, строителство и геодезия - УАСГ
Издателство
УАСГ
Местоиздаване
София
Година на издаване
2018
Страници
с. 113 - 120
Том
51
Ключови думи
city of Osijek, collection of rainfall data, heavy rain, extreme rainfall events, rainfall distribution, град Осиек, набиране на данни за дъждовете, разпределение на валежите, интензивни валежи
ISSN
1310-814X
Отрасъл
Общ отдел. Наука. Библ. дело. Енциклопедии
Пор.№
бр. 6.
Забележка
Т. 51. Бр. 6. Водоснабдяване, канализация и пречистване на води. Хидравлика и хидрология. Хидромелиорации. Хидротехника Рез. на бълг. ез.
Анотация
"By definition, heavy rain is a short-term intense rainfall event which can often cause high-intensity flooding problems in urban areas. The properties of heavy rain depend on geographic determinants according to which the sewer systems are designed. This paper features the collection of data on rainfall and their statistical processing. It points out the differences that may arise during registration and processing of heavy rain data. Located in the eastern, lowland part of the Republic of Croatia, the area of the city of Osijek was used as an example. In the period between 1999 and 2012, the monitoring took place at five locations within the inner city, while in years to follow the data were obtained from several surrounding measuring locations. While comparing the available data, what was observed were the characteristics of the local heavy rain, their occurrence by location, hydrographic forms, magnitude (quantity) of rain, and similar. The most commonly observed rainstorms in the area of Osijek were the episodes of rain (single, separated rain) in duration of 5 - 10 to 20 - 25 minutes, or less than 30 - 40 minutes respectively. The maximum magnitudes of 10-minute rainfalls were of 25 - 30 mm. In this century, the projected rainfall values with 2 - 10 year return period have been exceeded more than expected".
Системен №
5371

Действия