CorJet is an advanced integral model tool for detailed near-field analysis
of stable CORMIX1 (single port) and CORMIX2 (multiport) discharges.
With CorJet you can analyze both wastewater and atmospheric plumes in
arbitrary ambient density fields.
Corjet allows detailed near-field analysis of wastewater
or atmospheric discharges in arbitrary ambient density and current fields.
CorJet can predict detailed near-field turbulent buoyant jet trajectory
behavior in non-uniform velocity fields (in both magnitude and direction)
for stable discharges, before boundary interaction occurs.
CorJet will also tackle the toughest cases, such as the so-called "nascent density" problem associated with the
non-linear density/temperature profile of water.
Please review the CORMIX Feature Comparison table for CORMIX v12.0 versions,
to check for CorJet availability - VIEW
CorJetNear-Field Jet Integral Model for Single Port and Multiport Discharges in Unbounded Ambients |
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CorJet GUI Screenshot
An atmospheric example of turbulent
buoyant jet mixing in a stratified shear flow. Initial
mixing is controlled by the interplay of discharge
and ambient conditions. CorJet can be applied
to initial atmospheric
plume mixing as well. (Photo: Ralph Turcotte, Beverly (Massachusetts) Times).
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