Effluent discharge mixing and dispersion have been studied for many decades. Studies
began with experimental investigations of geometrical and concentration characteristics of …

Water modeling experiments were designed to observe the deformation of a liquid surface
by impinging the gas jet. Video images were taken and processed in a systematic way. The …

The main focus of this study is on the near-field flow and mixing characteristics of the thermal
and saline wall jets. A numerical study of the buoyant wall jets discharged from submerged …

This study experimentally investigates the effect of shallow water depth on the mixing of 30°
and 45° inclined dense jets. Three different mixing regimes were identified, namely, the full …

Large eddy simulations of turbulent radial and plane wall jets were performed at different
Reynolds numbers using the Lagrangian dynamic eddy viscosity subgrid-scale model. The …

This article applies the realizable k-ε model to simulate the buoyant wall jet and gives the
results of cling length, centerline trajectory and temperature dilutions at certain sections. The …

Three-dimensional turbulent wall jet was investigated using a particle image velocimetry
technique. Three Reynolds numbers based on the jet exit velocity and diameter of 5000 …

The dynamics of the vortex structure in a three-dimensional, round counterflow wall jet are
investigated using particle image velocimetry (PIV) to explore the large-scale turbulence …

In the present work, a three-dimensional turbulent wall jet is simulated using large-eddy
simulation to characterize its flow and thermal characteristics. The solver is first validated for …

In this paper, effects of bed roughness on the flow pattern and turbulence characteristics,
such as velocity contours, shear stresses, Reynolds stresses and turbulence intensities on a …