During the last three decades, the water resources engineering field has received a
tremendous increase in the development and use of meta-heuristic algorithms like …

Stormwater management essentially aims at controlling the surface runoff to reduce water
pollution and restore ecosystem integrity. This paper reviews and discusses several …

Rainfall event separation is mainly based on the selection of the minimum inter-event time
(MIET). The traditional approach to determining a suitable MIET for estimating the probability …

Adapting urban stormwater drainage systems is essential to handling increased
urbanization and climate change. Within an urban area, storage units are an efficient …

Urban stormwater is known to cause a myriad of problems, ranging from flooding to water
quality degradations. This paper provides an extensive review of analytical probabilistic …

Stormwater ponds are a common way to handle urban runoff. Different pond designs have
been tested for decades to retain as much water as possible. Lately also, retention of …

Previously developed analytical stochastic models (ASMs) have the limitations in that they
can only be individually applied for specific end-of-pipe or low impact development facilities …

The present work describes a procedure for the evaluation of the optimal number, position,
configuration, and sizes of detention tanks in urban drainage networks, to decrease the …

Infiltration-based urban stormwater best management practices (BMPs) are widely used for
the reduction of runoff volumes and improvement of runoff quality. In this paper, closed-form …

Drainage inlets, the primary conduits for surface floodwater into underground facilities,
significantly influence the performance of a drainage system. This study employs a two …