EXPERIMENTAL STUDY ON HORIZONTAL JET-MIXING METHOD USING FORCED SLIME DISCHAGER

Experimental and CFD Studies on the Effect of the Jet Position on Mixing Performance

Horizontal forms on jet bundles

We give an elementary proof that, if the order of a horizontal sform on a jet bundle does not increase under the operation of the horizontal differential, then the coefficients of the form must be polynomial of degree s in the highest-order coordinates. M.S.C. 2000: 58E99.

Experimental Studies on Heat Transfer Augmentation of Water Jet Impingement on a Horizontal Plate

Impinging jets have received considerable attention during the last decade. The reason is mainly due to their inherent characteristics of high rates of heat transfer besides having simple geometry. Thus most practical applications of jet impingement occur in industries where the heat transfer requirements have exceeded capacity of ordinary heating and cooling techniques. This work presents and ...

A study on a lobed jet mixing flow by using stereoscopic particle image velocimetry technique

In a continuing effort to study the mixing enhancement by large-scale streamwise vortices generated by a lobed nozzle, a high-resolution stereoscopic particle image velocimetry ~PIV! system was used in the present study to conduct three-dimensional measurements of air jet flows exhausted from a lobed nozzle and a conventional circular nozzle. The three-dimensional instantaneous and ensemble-ave...

Experimental and Numerical Study of Jet Mixing from a Shock-Containing Nozzle

The compressible jet plume emerging from a planar convergent–divergent nozzle containing a separation shock is investigated experimentally and numerically. The investigation encompasses exit-to-throat area ratios (Ae=At) from 1.0 to 1.8 and nozzle pressure ratios from 1.2 to 1.8. Experiments were conducted in a variable-geometry nozzle facility, and computations solved the Reynolds-averaged Nav...