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    Maintaining Underwater Cassie State for Sustained Drag Reduction in Channel Flow 

    Dilip, D (2018-02-21)
    Water droplets tend to bead up on rough or textured hydrophobic surfaces by trapping air on the crevices underneath resulting in “Cassie” state of wetting. When a textured hydrophobic surface is immersed in water, the ...

    Power Loss Minimization for Drag Reduction and Self-Propulsion using Surface Mass Transpiration 

    Pritam Giri, * (2017-11-29)
    The remarkable efficacy with which normal surface mass transpiration (blowing and suction) alters a given base flow to achieve a desired predefined objective has motivated several investigations on drag reduction, ...

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    AuthorDilip, D (1)Pritam Giri, * (1)Subject
    Drag Reduction (2)
    Mechanical Engineering (2)
    Artificial Super-Hydrophobic Surfaces (1)Atmospheric Pressure (1)Bluff Body Flows (1)Hydrodynamic Drags (1)Hydrophobic Microchannels (1)Microchannel (1)Self-propulsion (1)Suction (1)... View MoreDate Issued2017 (1)2018 (1)Has File(s)Yes (2)

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