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Mr. Patterson, IC2's VP and Lead Electrical Engineer, is scheduled to present the advancements made during a NASA Phase II project, Field Deployable Wireless Data Acquisition System for Ground-Test Arrays, to the NASA Acoustics Technical Working Group on Wednesday...
This is the eleventh and final section in this blog post series, A Guide to Wall Shear Stress Measurement.
In this final part before the full guide summary, micromachined MEMS wall shear stress floating element sensors are discussed.
Conventionally-built shear stress sensors are generally larger in size with lower performance, but can withstand a variety of environmental challenges.
Part 8 compares the various floating element transduction method for direct wall shear stress measurements
Part 7 describes the optical floating element transduction method for direct wall shear stress measurements
Part 6 describes the capacitive floating element transduction method for direct wall shear stress measurements
Part 5 describes the floating element piezoelectric transduction method for direct wall shear stress measurements
Part 4 describes the piezoresistive floating element transduction method for direct wall shear stress measurements
Part 3 describes the various direct transduction methods for shear stress sensing, including film-based techniques and floating element sensors.