MODCEL-MHUS: A COMPREHENSIVE MULTILAYER HYDRODYNAMIC UNIFIED SIMULATION FOR STORMWATER, SANITARY SEWER SYSTEMS, AND URBAN SURFACE

MODCEL-MHUS: a comprehensive multilayer hydrodynamic unified simulation for stormwater, sanitary sewer systems, and urban surface

Numerous countries and regions have embraced implementing a separate sewer system, segregating sanitary and storm sewers into distinct systems.However, the functionality of these systems often needs to improve due to irregular interconnections, resulting in a mixed and malfunctioning system.Sewage collection is crucial for residential sanitation, b

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Energetic cost of feedback control

Successful feedback control of small systems allows for the Gift Card rectification of thermal fluctuations, converting them into useful energy; however, control itself requires work.This paper emphasizes the fact that the controller is a physical entity interacting with the feedback-controlled system.For a specifically designed class of controller

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