Micro-shear stress sensor plays an important role in detecting separation point of the boundary layer due to small-scale structures and the desired spatial and temporal resolution.
微型剪应力传感器以尺寸小、时空分辨率高的特点在边界层分离点测量中表现出了突出的优势。
The device combines the performance of shear stress-pressure sensor design with biomedically-approved materials for use in a variety of invasive applications.
该器件结合的剪切应力 - 压力传感器设计为在各种侵入应用生物医学认可的材料的性能。
Wind tunnel experiments show that the developed sensor can measure wall shear stress with high repeatability.
结合风洞试验验证了该传感器测量壁面剪应力的有效性，并且获得了较好的测量重复性。
The micro shear stress sensor which based on the smart skin for boundary-layer separation point detection of delta wing has been explored in this paper.
本文就以用于实现三角翼边界层分离点检测的面向灵巧蒙皮的微型剪应力传感器为对象展开研究。
In order to measure dynamically the local temperature or wall shear stress of a flow, a new structure of flexible hot-film sensor array and its fabrication process are proposed.
为了实现流场壁面剪应力等动态定点分布测量，提出了一种新的柔性热膜传感器阵列结构，并介绍了其制作工艺。
In order to measure dynamically the local temperature or wall shear stress of a flow, a new structure of flexible hot-film sensor array and its fabrication process are proposed.
为了实现流场壁面剪应力等动态定点分布测量，提出了一种新的柔性热膜传感器阵列结构，并介绍了其制作工艺。
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