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Hatsopoulos Microfluids Laboratory (HML)

Research and Teaching Output of the MIT Community

Hatsopoulos Microfluids Laboratory (HML)

 

The Hatsopolous Microfluids laboratory (HML) was created within the Department of Mechanical Engineering as a center for research activities which focus on understanding the dynamics of fluid with microstructure and the emerging science of microfluidics. The Hatsopoulos Microfluids Laboratory (HML) (http://web.mit.edu/fluids/www/) consists of a single open-plan 6300 ft^2 laboratory that houses seven active and three emeritus faculty plus over 45 students and postdoctoral researchers. A broad overview of the principal research areas of faculty members within the laboratory is summarized below:

  • optical imaging of complex flows
  • rheology and dynamics of complex fluids
  • dynamics of thin films
  • flow stability
  • flow-structure interactions
  • flow in microfluidic devices and 'lab-on-a-chip' applications
  • biofluid mechanics and biorheology
  • Capillary phenomena and contact line dynamics

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Recent Submissions

  • Lauga, Eric; Hosoi, A.E. (2007-05-04)
    Common gastropods such as snails crawl on a solid substrate by propagating muscular waves of shear stress on a viscoelastic mucus. Producing the mucus accounts for the largest component in the gastropod’s energy budget, ...
  • Yu, Tony S.; Lauga, Eric; Hosoi, A.E. (2007-05-04)
    A simple way to generate propulsion at low Reynolds number is to periodically oscillate a passive flexible filament. Here we present a macroscopic experimental investigation of such a propulsive mechanism. A robotic swimmer ...
  • Clasen, Christian; Gearing, Brian P.; McKinley, Gareth H. (2007-01-23)
    We describe the design and construction of a new microrheometer designed to facilitate the viscometric study of complex fluids with very small sample volumes (1-10 μl)and gaps of micrometer dimensions. The Flexure-based ...
  • Clasen, Christian; Plog, J.P.; Kulicke, W.-M.; Owens, M.; Macosko, C.; Scriven, L.E.; Verani, M.; McKinley, Gareth H. (2007-01-23)
    We investigate the concentration-dependence of the characteristic relaxation time of dilute polymer solutions in transient uniaxial elongational flow. A series of monodisperse polystyrene solutions of five different ...
  • Ng, Trevor S.K.; McKinley, Gareth H.; Padmanabhan, Mahesh (2007-01-23)
    We provide an overview of transient extensional rheometry techniques for wheat flour doughs in which the deformation and material response is well defined. The behavior of a range of model doughs was explored with a ...
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