The structure of round jets in cross-flow was studied using flow visualization techniques and
flying-hot-wire measurements. The study was restricted to jet to freestream velocity ratios …

The paper reports on measurements in the flow generated by a jet issuing from a circular
outlet in a wall into a cross-stream along this wall. For the jet-to-crossflow velocity ratios R of …

Water tunnel experiments were conducted to examine the effect of hole exit geometry on the
near-field characteristics of crossflow jets. Hole shapes investigated were round, elliptical …

Spectral analysis and flow visualization are presented for various velocity ratios and
Reynolds numbers of a jet issuing perpendicularly from a developing pipe flow into a …

LES computations of jets in cross flow (JICF) were performed. Experimental investigations
reported in literature are reproduced with good agreement concerning the momentum field …

A jet stream entering a crossflow is investigated for injection through a single hole and an
array of holes for blowing rates of 0.2 to 2.2. The naphthalene sublimation technique has …

Due to producing better film cooling performance, shaped film holes have attracted a lot of
attentions and have been extensively studied. A spiral-channel hole, a new shaped film …

Measurements of the velocity and turbulence characteristics of a round turbulent jet in
crossflow are reported. The experiments were conducted in a water channel, 8.53 m long …

A large-eddy simulation (LES) of a round jet penetrating normally into a cross-flow is
described. The jet-to-cross-flow velocity ratio is 2.3 at a Reynolds number of 46,700, based …

This paper presents calculations of the steady flow of a row of turbulent jets issuing normally
into a nearly uniform cross flow, using three-dimensional finite-difference numerical …