AbstractA cascading network of decentralized detention-based green/gray infrastructure (DBGI) is demonstrated as a viable alternative to mitigate combined sewer overflows (CSO). DBGIs are strategically placed throughout a sewershed to intercept, temporarily detain, and release rainfall-runoff during and after a storm event. The captured stormwater is released into the existing collection system. The proposed operating plan is “synchronized inhale then exhale strategy” (SITES) where all DBGI fill and empty in unison. A unique desktop framework is developed to demonstrate the concept. Simulation runs show that the DBGI operated with SITES brings the sewershed into compliance with the USEPA CSO control policy
AbstractPower systems need a safe management and power control. This means they are fault tolerant s...
AbstractThis study applies hierarchical decomposition to solve the background leakage control-orient...
AbstractThis paper presents the approach followed by WaterNetGen – an EPANET extension – to simulate...
AbstractKnowledge of buried infrastructure is essential for management and decision-making in water ...
AbstractThe effects of climate change on stormwater management are not well understood. The present ...
AbstractIn the framework of WAter Re-BOrn Project a large pond in Mereto (upper Friuli plain) was ch...
AbstractThe study is underlining the negative effects and is proposing some solutions of reintroduct...
AbstractMany buildings have been equipped with Building Automation Systems for resources consumption...
AbstractThe Storm Water Management Model (SWMM) is considered one of the standard tools for modeling...
AbstractStoichiometric kesterite Cu2ZnSnS4 (CZTS) thin films were successfully synthesized by spray ...
AbstractData collected into an experimental laboratory rig of three different and widely used permea...
AbstractThe presented study shows determinations of expected values of output power on the basis of ...
AbstractMaintaining coherence between system functional, performance, production and operational req...
AbstractThis paper gives an insight on the static and dynamic performance of soft buried barriers ma...
AbstractThe physicochemical properties of soil amended by composted sewage sludge and the growth of ...
AbstractPower systems need a safe management and power control. This means they are fault tolerant s...
AbstractThis study applies hierarchical decomposition to solve the background leakage control-orient...
AbstractThis paper presents the approach followed by WaterNetGen – an EPANET extension – to simulate...
AbstractKnowledge of buried infrastructure is essential for management and decision-making in water ...
AbstractThe effects of climate change on stormwater management are not well understood. The present ...
AbstractIn the framework of WAter Re-BOrn Project a large pond in Mereto (upper Friuli plain) was ch...
AbstractThe study is underlining the negative effects and is proposing some solutions of reintroduct...
AbstractMany buildings have been equipped with Building Automation Systems for resources consumption...
AbstractThe Storm Water Management Model (SWMM) is considered one of the standard tools for modeling...
AbstractStoichiometric kesterite Cu2ZnSnS4 (CZTS) thin films were successfully synthesized by spray ...
AbstractData collected into an experimental laboratory rig of three different and widely used permea...
AbstractThe presented study shows determinations of expected values of output power on the basis of ...
AbstractMaintaining coherence between system functional, performance, production and operational req...
AbstractThis paper gives an insight on the static and dynamic performance of soft buried barriers ma...
AbstractThe physicochemical properties of soil amended by composted sewage sludge and the growth of ...
AbstractPower systems need a safe management and power control. This means they are fault tolerant s...
AbstractThis study applies hierarchical decomposition to solve the background leakage control-orient...
AbstractThis paper presents the approach followed by WaterNetGen – an EPANET extension – to simulate...