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This paper intends to develop a generalized, easyto-use method to design runoff source control devices, using generalized, explicit formulations. An explicit hydrological design solution is presented, applicable to most of the source control devices presenting storage capacity, including pervious pavements, infiltration devices (trenches, wells and ditches) and retention basins. The design rainfall is obtained using a Talbot formulation IDF curve. The rational method provides the input flow, and the nominal output volumes of the devices are given by maximum constant rates. The balance equations are built according to these simplifications, in order to explicitly establish design dimensions for runoff source control structures. Key-words: runoff source control, hydrological design, infiltration devices, storage devices.

Metodologia Generalizada para Pré-Dimensionamento de Dispositivos de Controle Pluvial na Fonte