Mixed flows in storm water systems (SWSs) generate a set of complex phenomena that are
difficult to capture in modeling. Shock-fitting and shock-capturing techniques are the two …

Transient (highly unsteady) air–water two-phase flows and spring-like geysers have been
one of the critical concerns in drainage pipeline systems, which may cause or exacerbate …

Critical water infrastructure systems (eg, drinking water treatment, transmission, and
distribution; and wastewater and stormwater collection and treatment) are critical functions of …

Communities facing urban flood risk have access to powerful flood simulation software for
use in disaster-risk-reduction (DRR) initiatives. However, recent research has shown that …

Events that are referred to as geysers have been observed in storm-water or combined
sewer systems and are associated with jets of water rising through manholes to a …

Storm sewer systems may experience storm geysers, raising concerns about public safety. A
thorough understanding of the influential factors of the geysers is essential yet insufficiently …

The current research aims at deriving a one-dimensional numerical model for describing
highly transient mixed flows. In particular, this paper focuses on the development and …

The behavior of stormwater systems can be greatly altered by the presence of air pockets
within the pressurized portion of the flow. While rapid filling conditions in stormwater storage …

In this study, an analysis of hydraulic systems with forced retention is presented as an
alternative to traditional stormwater retention methods for drainage systems. This study …

Below-grade stormwater storage tunnels are designed to provide relief for collection
networks during intense rain events. Air must be evacuated as the tunnel fills and …