Interfacial Instability
- 364 pages
- 13 hours of reading
Focusing on the stability of liquid jets, this collection of essays explores interfacial instability with an emphasis on surface tension between phases. It begins with foundational concepts before delving into applications involving inviscid and viscous fluids, rotation effects, and the stability of freezing and melting fronts. The analytical approach primarily addresses linear problems, while techniques discussed can be adapted to nonlinear scenarios. Aimed at graduate students and researchers in fluid mechanics, it offers valuable insights for those studying multi-phase flows.
