Hydraulic controls...pump stations...water recovery and
waste water treatment...dams and spillway
performance...river hydraulics...environmental
flows...coastal protection...critical infrastructure wave
run-up: all of these flows are characterized by complex free
surfaces, and as such are ideal applications for the
computational fluid dynamics tool FLOW-3D.

FLOW-3D is a modeling tool that offers unique free surface
modeling capabilities, as well as a vast array of advanced
models that are tightly coupled to free surface hydraulics
to include features such as scour and sediment dynamics,
particulates, air entrainment, bubble dynamics, density
flows, chemistry, and many more.

Following a series of webinars that have focused on various
aspects of civil infrastructure and environmental flow
modeling, this presentation will offer a comprehensive
review of the modeling options that are currently available
to water resource engineers using the CFD tool FLOW-3D.

Who should attend: practicing engineers working in the field
of water resources, environmental engineering and water
civil infrastructure will all find value in this presentation.

Keywords include: municipal hydraulics, water conveyance,
waste water recovery facilities, dams, advanced spillway
hydraulics, wave run-up, flood analyses, slurries, tailings,
hydraulic controls, effluent discharge, thermal plumes,
Hydraulic Zones of Influence (HZI), settling tanks,
aeration, reactor tanks, chlorine and ozone treatment,
bridge scour, air entrainment, sediment transport, pump
stations, wave run-up.