The time of concentration is a fundamental parameter in many hydrological models.
Nowadays there is no universally accepted definition for such parameter. However, many …

Over half of the global population and the majority of the cities in coastal zones are at risk of
coastal flooding. Changes in the occurrence of individual extremes and the interactions …

Multiple flood-generating mechanisms can affect the communities and infrastructure systems
across coastal areas. Reliable design flood estimation and risk assessment in these regions …

The time of concentration (Tc) is one the most important time parameters to predict the
response of a catchment to a given rainfall and plays a key role in the hydrologic design and …

Time of concentration is an important parameter in rainfall–runoff models, such as the
rational method and the unit hydrograph method, used for drainage design. There are …

Balanço hídrico é uma análise realizada com base em estudos sobre as entradas e saídas
de água de uma bacia hidrográfica, e que tem grande importância por identificar o regime …

Informações sobre as características da paisagem são essenciais no planejamento e
gestão dos recursos hídricos. Assim, objetivou-se analisar a morfometria e o desmatamento …

The time of concentration (T c) is one of the most contributing parameters for assessing the
response of a catchment to rainfall events and estimating the peak flood in many …

Esta dissertação tem como objetivos principais: a caracterização e evolução de
instrumentos numéricos de demonstração do comportamento do escoamento …

The understanding of flood phenomena regarding torrential rain, occurring in natural
channels within urban areas represents a crucial aspect to increase safety and lifes …