@article{Ramesh_Vermeulen_Munjal_1993, title={Power measurement for an acoustically pulsed jet flow}, volume={21}, url={https://jcaa.caa-aca.ca/index.php/jcaa/article/view/804}, abstractNote={Previous work showed that acoustic modulation of the dilution-air jets of a small tubular combustor improved performance in that selective and progressive control of the exit plane temperature distribution was possible. Further work on acoustically pulsed free-jet mixing showed that the entrainment coefficient of the jet, and therefore mixing, could be considerably increased, by up to 6 times. The effects correlated well with the amplitude of the jet pulsation velocity U<sub>e</sub>. This new work therefore attempts to relate the jet pulsation velocity amplitude to the acoustic power modulating the jet flow thereby leading to a more practical and direct correlation between mixing and acoustic power}, number={3}, journal={Canadian Acoustics}, author={Ramesh, V. and Vermeulen, P.J. and Munjal, M.L.}, year={1993}, month={Sep.}, pages={121–122} }