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In this paper, we proposed a novel passive micromixer to provide effective mixing performance even at very low Reynolds number (Re). The micromixer consists of trapezoidal channels that facilitate the mixing between top-fluid and bottom-fluid. In addition, the zigzag arrangement of trapezoidal channels creates transversal flows, thus enhancing the mixing in transversal direction. The micromixer also...
In this study, a novel design of microneedle is proposed based on structural and fluidic analysis. For blood collection applications, a hollow microneedle is designed with optimal features. The features and size of this microneedle provide improved structural strength for optimal skin penetration. Mechanical evaluations are studied with intensive calculations of maximum allowance axial and transverse...
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