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Fabrication of an in-plane SU-8 cantilever with integrated strain gauge for wall shear stress measurements in fluid flows.

机译:制作带有集成应变仪的平面SU-8悬臂,用于测量流体流动中的壁切应力。

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摘要

We present a cantilever fabricated from the polymer SU-8 for the measurement of wall shear stress in fluid flows. The pressure induced deflection of the cantilever, measured using a calibrated and integrated nichrome strain gauge, can be related to the wall shear stress on the surface. The initial degree of curvature of the cantilever can be controlled via the exposure dose, which allows a small positive deflection to be achieved, and so minimises the intrusion into the flow. Wind tunnel testing results show a sensitivity greater than 2.5 mV/Pa, with a shear stress of 0.38 Pa and excitation of 1 V.
机译:我们介绍了一种由聚合物SU-8制成的悬臂,用于测量流体流动中的壁切应力。使用校准并集成的镍铬合金应变仪测量的压力引起的悬臂挠度可能与表面的壁面剪应力有关。悬臂的初始曲率度可以通过暴露剂量进行控制,这可以实现较小的正挠度,从而最大程度地减少了对流体的侵入。风洞测试结果表明,灵敏度大于2.5 mV / Pa,剪切应力为0.38 Pa,激励电压为1V。

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