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Transient Marangoni Waves Due to Impulsive Motion of a Submerged Body

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Abstract

The Oseen problem in a viscous fluid is formulated for studying the transient free-surface and Marangoni waves generated by the impulsive motion of a submerged body beneath a surface with surfactants. Wave asymptotics and wavefronts for large Reynolds numbers are obtained by employing Lighthill's two-stage scheme. The results obtained show explicitly the effects of viscosity and surfactants on Kelvin wakes


Publication:

International Applied Mechanics

Pub Date:
June 2004
DOI:

10.1023/B:INAM.0000041400.70961.1b

10.48550/arXiv.1402.4474

arXiv:
arXiv:1402.4474
Bibcode:
2004IAM....40..709S
Keywords:
  • transient Marangoni waves;
  • Kelvin wakes;
  • wavefronts;
  • surfactants;
  • Physics - Fluid Dynamics
E-Print:
arXiv admin note: substantial text overlap with arXiv:1402.4387