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Investigation of Flow through Complicated Microfluidic Devices and over Micropatterned Surfaces using Computational Fluid Dynamics
(2015-12)
Computational fluid dynamics is used to study two distinct areas of engineering interest: microfluidic systems involving superhydrophobic surfaces and blood pumps. Superhydrophobic surfaces, which can induce slip at ...
Investigation of Flow through Complicated Microfluidic Devices and over Micropatterned Surfaces using Computational Fluid Dynamics
(2015-12)
Computational fluid dynamics is used to study two distinct areas of engineering interest: microfluidic systems involving superhydrophobic surfaces and blood pumps. Superhydrophobic surfaces, which can induce slip at ...