This paper reviews three relatively modern categories of skin-friction measurement
techniques that are broadly classified as microelectromechanical systems (MEMS)-based …

The practicality and accuracy of many existing methods of local skin friction measurement
suffer when the boundary layer flow under consideration is non-canonical. Such …

A near-wall PIV technique is introduced to analyze skin friction patterns around a wall-
mounted cube. The closest 2-D PIV measurements were performed within 0.5 mm of plane …

The characteristics of the flow structure and wall shear stress (WSS) in a hydrogen-fueled
scramjet were investigated. A microelectromechanical system-based sensor was used for …

Recent progress in the development of a miniature Laser Doppler Anemometer (LDA) and a
micro optical shear stress sensor is described. Miniaturization of these sensors has been …

描述了剪切敏感液晶涂层(shear-sensitive liquid crystal coatings, SSLCCs)
在高超声速风洞中针对三角翼标模进行表面摩擦阻力(简称摩阻) 测量的应用情况 …

The utilization of image acquisition, image processing and skin friction computations has
been developed to support skin friction measurements at the Ludwieg-tube facility at DLR …

Featured Application This research has specific applications in the measurement of forces of
small magnitude, which occur in the fluid–wall interaction, through a non-destructive …

This manuscript describes two MEMS based optical sensors for wall shear stress and
velocity measurements in flow fields. Experimental results obtained with the wall shear …

Impinging supersonic microjets have been studied experimentally where both=? $ ace
measurements@ ressure and shear stress) and flow-field visualizations have been …