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micro shear stress sensor
相关语句
  微型剪应力传感器
     Investigation of Using Micro Shear Stress Sensor Array to Detect Boundary-Layer Separation Point
     基于微型剪应力传感器阵列的边界层分离点测定方法研究
短句来源
     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。
短句来源
     Base on the master piece model of micro shear stress sensor . discussion the design of the process flow and device structure of comb capacitance mode micro shear stress sensor in details, selecting suitable thin film material.
     在此基础上对其结构进行设计,并详细讨论梳齿电容式微型剪应力传感器的微细加工工艺流程,选择了符合微型剪应力传感器工作要求的薄膜材料。
短句来源
  “micro shear stress sensor”译为未确定词的双语例句
     Investigation of a Micro Shear Stress Sensor Using the Geometrical Moiré Effect
     基于几何莫尔效应的剪应力传感器设计研究
短句来源
  相似匹配句对
     Micro Shear Testing of Welded Joints
     焊接接头微型剪切试验
短句来源
     Shear Stress Sensor in Micro-Channel
     微管道内的剪应力传感器
短句来源
     MICRO-VOID EVOLUTION IN THE ADIABATIC SHEAR BANDS
     绝热剪切带内微孔洞演化规律研究
短句来源
     Research on micro flexible shear stress sensor fabrication
     微型柔性剪切应力传感器的制作研究
短句来源
     Micro-Optics
     微光学
短句来源
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  micro shear stress sensor
A conceptual drawing of the micro shear stress sensor is shown in Figure 7.
      


At the boundary layer's separation point,the mean shear stress drops to small value while its fluctuation increases dramatically.This paper present two methods,mean change and RMS,to calculate and disposal the voltage output signal.Based on these methods,the 1D MEMS-based micro-shear-stress sensor array can be used to detect the location of the separation point.Through combinating of two methods and analyzing the simulation data result,the position of the separation point...

At the boundary layer's separation point,the mean shear stress drops to small value while its fluctuation increases dramatically.This paper present two methods,mean change and RMS,to calculate and disposal the voltage output signal.Based on these methods,the 1D MEMS-based micro-shear-stress sensor array can be used to detect the location of the separation point.Through combinating of two methods and analyzing the simulation data result,the position of the separation point can be detected accurately.

结合边界层分离点附近的剪应力变化规律,提出了针对在飞行器外表面贴附微型传感器的分离点检测方法,并给出了相应微型剪应力传感器阵列的设计方案。研究了2种针对一维剪应力传感器阵列输出电压信号的处理方法,即均值差极大值方法和均方根差分极大值方法,并结合实验数据对上述2种判别算法进行了仿真计算和抗干扰性分析,结果验证了其有效性和准确性。

At the boundary layer's separation point,the mean shear stress drops to small value while its fluctuation increases dramatically.This paper presents the design and fabrication methods of a MEMS-based micro-shear-stress sensor array,which is assembly by the micro-thermal-sensors and the flexible polyimide substrate,to detect the location of the separation point on the NACA0012 typical aerofoil.Through testing in low speed wind tunnel and comparison of the two single...

At the boundary layer's separation point,the mean shear stress drops to small value while its fluctuation increases dramatically.This paper presents the design and fabrication methods of a MEMS-based micro-shear-stress sensor array,which is assembly by the micro-thermal-sensors and the flexible polyimide substrate,to detect the location of the separation point on the NACA0012 typical aerofoil.Through testing in low speed wind tunnel and comparison of the two single process methods results and the simulation data,the position of the fluid separation can be detected accurately and effectively.

结合边界层分离点附近的剪应力变化规律,提出了在飞行器外表面贴附微型传感器阵列的分离点检测方法,并给出了相应微型剪应力传感器阵列的设计方案。同时提出了基于三极管恒流源电流镜驱动电源设计和滤波衰减电路设计方案,并在NACA0012标准翼型上实现了边界层分离检测系统集成,最后,在低速风洞实验中对传感器阵列的性能和传感器阵列输出信号的处理判断方式进行验证,对实验结果的分析表明本研究制造的微型热敏传感器阵列能够实现对流体边界层分离位置的在线测量。

At the boundary layer's separation point,the mean shear stress drops to small value while its fluctuation increases dramatically.The paper presented two methods,which were based on the mean and RMS values,to calculate and disposal the voltage output signals.We also fabricated a MEMS-based micro-shear-stress sensor array,which was assemblied by the micro thermal sensors and the flexible polyimide substrate,to detect the location of the separation point.Through the...

At the boundary layer's separation point,the mean shear stress drops to small value while its fluctuation increases dramatically.The paper presented two methods,which were based on the mean and RMS values,to calculate and disposal the voltage output signals.We also fabricated a MEMS-based micro-shear-stress sensor array,which was assemblied by the micro thermal sensors and the flexible polyimide substrate,to detect the location of the separation point.Through the test in a low speed wind tunnel,and comparison of the two signal processing method's result and the simulation data,the position of the flow separation can be detected in time.

结合边界层分离点附近的剪应力变化规律,提出针对在飞行器外表面贴附微型传感器的分离点检测方法,给出了相应微型剪应力传感器阵列的设计方案。研制了在柔性聚酰亚胺衬底集成微型热敏传感器的柔性传感器阵列,解决了柔性传感器阵列对微细加工工艺要求较高的难题。在低速风洞实验中对传感器阵列的性能和传感器阵列输出信号的处理判断方式进行了验证,实验结果分析表明,研制的微型热敏传感器阵列能够实现对流体边界层分离位置的在线测量。

 
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