Although “film thickness” and “viscosity” represent two of the most important physical
parameters in lubricated tribological contacts, their in situ measurement in tribosystems is …

It is rather significant to reveal the real-time variation of oil sample viscosity during ultrasonic
irradiation to research the mechanism of viscosity change. In this paper, we first simulate the …

In this thesis, two important thermo-physical properties of nanofluids: thermal conductivity
and viscosity together with shelf stability of them are investigated. Nanofluids are defined as …

This article presents a simple microfluidic method to measure the Newtonian fluid viscosity.
This method is carried out in a co-axial microfluidic device. A stable liquid/liquid annular co …

This work presents the implementation of the ultrasonic shear reflectance method for
viscosity measurement of Newtonian liquids using wave mode conversion from longitudinal …

Real-time viscosity measurement remains a necessity for highly automated industry. To
resolve this problem, many studies have been carried out using an ultrasonic shear wave …

This work shows a novel ultrasonic viscosity measurement device with increased sensitivity.
The measuring principle is based on the determination of the complex reflection coefficient …

This work deals with two alternative methodologies for data post-processing resulting from
the ultrasonic shear-wave reflectance method used for liquid viscosity measurement. In the …

In this thesis, two important thermo-physical properties of nanofluids: thermal conductivity
and viscosity together with shelf stability of them are investigated. Nanofluids are defined as …

A series of fluorescent molecular rotors, acridinium benzoates (Acr-A, B, C, D), were
designed for ratiometrically monitoring cellular viscosity. High sensitivity to viscosity was …