作者: Kadry Zakaria , Magdy A. Sirwah , Mahmoud Adham
DOI: 10.1007/S00033-012-0266-0
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摘要: The aim of this work is to study the nonlinear temporal evolution an alternating swirling streaming jet. According laboratory observations, viscous dissipation simulated by means a phenomenological damping coefficient included in equation motion (Jiang et al. J Fluid Mech 369:273–299, 1998; Wright 402:1–32, 2000) and added Bernoulli or equation. multiple scales are used for finding out equations. fixed points solutions have been determined. Really, modulation concept exploited order analyze stability criteria possible cases resonance. While non-resonant case, nontrivial obtained numerically. Different numerical applications considered. studied showed that Weber number, number streamwise circulation play significant role determining dynamics developing interfacial patterns.