Micro- and Nanoscale Anemometry: Implication for Biomedical Applications

Micro- and Nanoscale Anemometry Implication for Biomedical Applications... [Pg.1120]

Micro- and Nanoscale Anemometry Implication for Biomedical Applications, Fig. 2 The operating principle of hot-wire anemometry. The electrical current is passed to the hot wire via the electrodes. The changes in resistance of the hot wire in response to the fluid flow are calibrated for temperature, flow rate, and shear stress... [Pg.1781]

Micro- and Nanoscale Anemometry Implication for Biomedical Applications, Fig. 8 (a) An array of MEMS sensors embedded in a 3D bifurcation model, (b) Computational fluid dynamics (CFD) solutions for skin friction coefficient (Cf) at a Reynolds number of 6.7. Cf represents local wall shear stress values normalized by the... [Pg.1785]

Micro- and Nanoscale Anemometry Implication for Biomedical Applications, Fig. 10 (a) Top view of transparent parylene skin with An wires connected to... [Pg.1786]

Micro- and Nanoscale Anemometry Implication for Biomedical Applications, Figure 10 (a) Top view of transparent parylene skin with An wires connected to a single silicon island, (b) Side view of flexed patylene skin with Au wires and silicon island, (c) Flexed parylene skin with platinum (Pt) wires... [Pg.1280]

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