AbstractMany studies have revealed that traditional approaches in urban stormwater drainage may sometimes be insufficient to manage properly the unbalance of water cycle due to urbanization. In response to these increasing concerns, many cities have encouraged the applications of local disposal of rainwater. In particular multi-use rainwater tanks, combine the advantages of infiltration basins and tanks for rainwater use.This paper proposes a procedure for their design based on an analytical probabilistic approach. Finally, an application to a case study is presented
Globally, urban infill is stressing existing stormwater systems, necessitating costly infrastructure...
grantor: University of TorontoAnalytical probabilistic urban stormwater models are closed-...
AbstractContinuous growth of population and consequent growing need for drinking water is a global p...
AbstractMany studies have revealed that traditional approaches in urban stormwater drainage may some...
AbstractThe use of rainwater tanks is always more encouraged, to achieve a dual objective: water sav...
Storage tanks from rainwater harvesting systems (RWHs) are designed to provide flow equalization bet...
Water Storage tanks have proved to be effective for runoff control in drainage systems. Standard des...
Sustainable Urban Drainage Systems (SUDS) include strategies and solutions for distributed stormwate...
: One of the most current and urgent challenges is making cities sustainable and resilient to climat...
In the design of a stormwater detention tank is important to guarantee a sufficient retention time f...
AbstractThe objective of the paper is to evaluate the potential of tank-based rainwater harvesting s...
The current scenario of urban drainage management encourages the use of sustainable urban drainage s...
Globally, urban infill is stressing existing stormwater systems, necessitating costly infrastructure...
grantor: University of TorontoAnalytical probabilistic urban stormwater models are closed-...
AbstractContinuous growth of population and consequent growing need for drinking water is a global p...
AbstractMany studies have revealed that traditional approaches in urban stormwater drainage may some...
AbstractThe use of rainwater tanks is always more encouraged, to achieve a dual objective: water sav...
Storage tanks from rainwater harvesting systems (RWHs) are designed to provide flow equalization bet...
Water Storage tanks have proved to be effective for runoff control in drainage systems. Standard des...
Sustainable Urban Drainage Systems (SUDS) include strategies and solutions for distributed stormwate...
: One of the most current and urgent challenges is making cities sustainable and resilient to climat...
In the design of a stormwater detention tank is important to guarantee a sufficient retention time f...
AbstractThe objective of the paper is to evaluate the potential of tank-based rainwater harvesting s...
The current scenario of urban drainage management encourages the use of sustainable urban drainage s...
Globally, urban infill is stressing existing stormwater systems, necessitating costly infrastructure...
grantor: University of TorontoAnalytical probabilistic urban stormwater models are closed-...
AbstractContinuous growth of population and consequent growing need for drinking water is a global p...