Abstract
This work reports the analysis and experimental observations of the flowfield of two plane, parallel jets that merge as they issue into stagnant surroundings. The experimental results are compared with predictions based upon a simple momentum integral analysis of the flowfield. Although the crude analysis predicts the merging of the jets reasonably well, it does not predict accurately the secondary flow entrained in the unobstructed space between the jet nozzles. The experimental data are presented in the form of similarity plots of the mean velocity and dimensionless plots of the static pressure distribution.
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