A small directional sensitive double-chip silicon based sensor has been designed and fabricated using microelectronic technology. To determine the performance of this sensor the Reynolds stresses in a two-dimensional flat plate boundary layer were determined at a Reynolds number of ___. Comparisons with conventional hot-wire sensors were made and showed that the double-chip sensor was able to determine the turbulent stresses with the same accuracy as a cross-hot-wire
A micro-floating element wall shear stress sensor with backside connections has been developed for a...
Small and sensitive silicon sensors for turbulent wall-pressure fluctuation measurements have been d...
AbstractIn this paper hot wire sensors for turbulence measurement were developed, which mainly consi...
A small direction-sensitive double-chip silicon-based sensor has been designed and fabricated using ...
Small and directional sensitive silicon based sensors for velocity measurements have been designed a...
A small and highly flow velocity has been designed and fabricated using silicon microelectronic tech...
A very small and highly sensitive flow velocity sensor has been designed and fabricated using silico...
Small and sensitive silicon based sensors for the measurement of turbulence and wall-pressure fluctu...
An integrated silicon pressure-shear stress sensor has been designed, fabricated and tested in a tur...
The accelerated development of silicon micromachined sensors and actuators has meant that many new a...
Small silicon based sensors for the measurement of wall-pressure and turbulent flows have been desig...
In this thesis we report on a new micromachined floating-element shear-stress sensor for turbulent ...
Measurements of the Reynolds stress tensor have been carried out in a complex three-dimensional boun...
Silicon based pressure sensors have been used to measure turbulent wall-pressure fluctuations in a t...
International audienceA new type of hot wire anemometer was developed by using surface micro machini...
A micro-floating element wall shear stress sensor with backside connections has been developed for a...
Small and sensitive silicon sensors for turbulent wall-pressure fluctuation measurements have been d...
AbstractIn this paper hot wire sensors for turbulence measurement were developed, which mainly consi...
A small direction-sensitive double-chip silicon-based sensor has been designed and fabricated using ...
Small and directional sensitive silicon based sensors for velocity measurements have been designed a...
A small and highly flow velocity has been designed and fabricated using silicon microelectronic tech...
A very small and highly sensitive flow velocity sensor has been designed and fabricated using silico...
Small and sensitive silicon based sensors for the measurement of turbulence and wall-pressure fluctu...
An integrated silicon pressure-shear stress sensor has been designed, fabricated and tested in a tur...
The accelerated development of silicon micromachined sensors and actuators has meant that many new a...
Small silicon based sensors for the measurement of wall-pressure and turbulent flows have been desig...
In this thesis we report on a new micromachined floating-element shear-stress sensor for turbulent ...
Measurements of the Reynolds stress tensor have been carried out in a complex three-dimensional boun...
Silicon based pressure sensors have been used to measure turbulent wall-pressure fluctuations in a t...
International audienceA new type of hot wire anemometer was developed by using surface micro machini...
A micro-floating element wall shear stress sensor with backside connections has been developed for a...
Small and sensitive silicon sensors for turbulent wall-pressure fluctuation measurements have been d...
AbstractIn this paper hot wire sensors for turbulence measurement were developed, which mainly consi...