High-temperature buoyant jets generally exist at the exhaust port during the casting process.
Canopy hoods are employed to capture these jets in industrial plants. However, because of …

Thermal plumes have been the subject of research due to their technological and
environmental importance in many physical processes, such as spread of smoke and toxic …

Large eddy simulations (LESs) of turbulent horizontal buoyant jets are carried out using a
high-order numerical method and Sigma subgrid-scale (SGS) eddy-viscosity model, for a …

Many municipal and industrial outfalls release effluent into water bodies. Temperatures
and/or salinities of the effluent and receiving water may be different, and other …

Large eddy simulations of a three-dimensional turbulent thermal plume in an open
environment have been carried out using a self-developed parallel computational fluid …

We report mean flow and turbulence characteristics of a buoyant jet evolving in a linearly
stratified ambient with stratification strength N= 0.4 s− 1⁠. The velocity and density fields are …

Planar Rayleigh scattering provides quantitative mixing measurements in the developing
region of axisymmetric turbulent helium jets issuing into air. The measurements focus on the …

Large eddy simulation (LES) stress and scalar flux subgrid scale models are evaluated in
the context of buoyant jets. Eddy viscosity, eddy diffusivity (including formulations of the …

A fully compressible direct numerical simulation flow and combustion solver (S3D) is
modified and turned into a Large-eddy simulation (LES) solver. In this study, Favre-averaged …

As pointed out by Rodi (1982) standard integral solutions for jets and plumes developed for
discharge into infinite, quiescent ambient are difficult to extend to complex situations …