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David Halpern
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  • Research
    • Capillary-elastic instabilites >
      • Animations showing airway closure
    • Thin Film Instabilities and Pattern Formation
    • Surfactant spreading on thin liquid layers
    • Airway reopening mechanics
    • Evolution of gas bubbles in the circulation with application to the bends
    • Motion of red blood cells in the microcirculation
    • Gas dispersion
  • Graduate Students
  • Home
  • Research
    • Capillary-elastic instabilites >
      • Animations showing airway closure
    • Thin Film Instabilities and Pattern Formation
    • Surfactant spreading on thin liquid layers
    • Airway reopening mechanics
    • Evolution of gas bubbles in the circulation with application to the bends
    • Motion of red blood cells in the microcirculation
    • Gas dispersion
  • Graduate Students
  • Capillary elastic instabilities with applications to airway closure
  • Thin film instabilities and pattern formation
  • Surfactant spreading in thin liquid layers
  • Airway reopening mechanics
  • Evolution of gas bubbles in the circulation with applications to the bends
  • Motion of red blood cells in the microcirculation
  • Gas dispersion

Gas dispersion

Elad, D., Halpern, D. and Grotberg, J.B. Gas bolus dispersion in volume-cycled tube flow. Part I: Theory. J. Applied Physiology 72: 312-320, 1992. [Abstract] [PDF]
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