We have considered two configurations of cantilever beam for characterization of rheological properties (density and viscosity) of viscous material. Both the beams are made of thin steel foils, having different free end condition. The beams were vibrated in various viscous fluids such as water and lubrication oils under sweeping modes, and the frequency response of the beam was measured using Polytec laser vibrometer. For both beam configurations, the resonance frequency decreased while the width of the resonance peak (related to Q-factor) increased with increasing viscosity and density. Thus, the viscosity and the density of a liquid can be determined simultaneously using the experimentally measured resonance frequency and peak width. Copy...
An attempt was made to demonstrate for the first time that the frequency response of microcantilever...
The characteristics of microcantilevers vibrating laterally in viscous liquid media are investigated...
© 2012 Dr. Cornelis Anthony van EysdenThe dynamic response of cantilever beams can be strongly affec...
We have considered two configurations of cantilever beam for characterization of rheological propert...
In this work, the use of mini cantilever beams for characterization of rheological properties of vis...
This research employed the finite element analysis (FEA) method to predict the dynamic response of a...
Miniaturized devices are essential to precisely determine the rheological properties of viscous flui...
© 2012 American Institute of Physics. The electronic version of this article is the complete one and...
The precise measurement of rheological properties is a demanding problem in various field of enginee...
The goal of this research is to measure viscosity via the analysis of amplitude response of a piezo ...
International audienceThe dynamic characteristics of a microcantilever depend on the fluid in which ...
An experimental method is proposed to measure the rheological properties of fluids. The effects of f...
© 2003 Dr. James Won Min ChonIn the last decade, atomic force microscopy (AFM) has emerged as a fund...
An attempt was made to demonstrate for the first time that the frequency response of microcantilever...
The characteristics of microcantilevers vibrating laterally in viscous liquid media are investigated...
© 2012 Dr. Cornelis Anthony van EysdenThe dynamic response of cantilever beams can be strongly affec...
We have considered two configurations of cantilever beam for characterization of rheological propert...
In this work, the use of mini cantilever beams for characterization of rheological properties of vis...
This research employed the finite element analysis (FEA) method to predict the dynamic response of a...
Miniaturized devices are essential to precisely determine the rheological properties of viscous flui...
© 2012 American Institute of Physics. The electronic version of this article is the complete one and...
The precise measurement of rheological properties is a demanding problem in various field of enginee...
The goal of this research is to measure viscosity via the analysis of amplitude response of a piezo ...
International audienceThe dynamic characteristics of a microcantilever depend on the fluid in which ...
An experimental method is proposed to measure the rheological properties of fluids. The effects of f...
© 2003 Dr. James Won Min ChonIn the last decade, atomic force microscopy (AFM) has emerged as a fund...
An attempt was made to demonstrate for the first time that the frequency response of microcantilever...
The characteristics of microcantilevers vibrating laterally in viscous liquid media are investigated...
© 2012 Dr. Cornelis Anthony van EysdenThe dynamic response of cantilever beams can be strongly affec...