Add to ORKGIn previous years, we have presented several results on viscosity measurements using conventional and laser ultrasound techniques [1,2,3]. These results are based on experiments conducted at room temperature. The principle[1], in essence, is to launch ultrasonic shear waves at the interface of a solid and a viscous fluid. The amplitude an
Longitudinal and shear ultrasonic wave velocities were measured versus temperature in the viscosity ...
AbstractPhysical fluid parameters like viscosity, mass density and sound velocity can be determined ...
An ultrasonic technique has been developed to non-intrusively measure temperature fields in convecti...
In the previous year, results were presented in which the viscosity of calibration liquids were dete...
Measurement of viscosity of fluids is a critical parameter in determining the state of the fluid (ie...
A novel ultrasonic viscometer for in-situ applications in engine components is presented. The viscos...
The characterisation and monitoring of viscous fluids have many important applications. This paper r...
Viscosity of a fluid is known to affect the reflection of shear waves from a solid/fluid interface. ...
Viscosity is a fundamental characteristic of liquid and viscoelastic materials. Viscosity measuremen...
Ultrasonic shear waves are a useful tool for determining the mechanical properties of various materi...
Real-time viscosity measurement remains a necessity for highly automated industry. To resolve this p...
This work presents a cell to measure dynamic viscosity of liquids using ultrasonic wave mode convers...
Includes bibliographical references (leaf [57] [1st set])For more than a century, the method of meas...
This work shows a novel ultrasonic viscosity measurement device with increased sensitivity. The meas...
Ultrasonic shear waves are a useful tool for determining the mechanical properties of various materi...
Longitudinal and shear ultrasonic wave velocities were measured versus temperature in the viscosity ...
AbstractPhysical fluid parameters like viscosity, mass density and sound velocity can be determined ...
An ultrasonic technique has been developed to non-intrusively measure temperature fields in convecti...
In the previous year, results were presented in which the viscosity of calibration liquids were dete...
Measurement of viscosity of fluids is a critical parameter in determining the state of the fluid (ie...
A novel ultrasonic viscometer for in-situ applications in engine components is presented. The viscos...
The characterisation and monitoring of viscous fluids have many important applications. This paper r...
Viscosity of a fluid is known to affect the reflection of shear waves from a solid/fluid interface. ...
Viscosity is a fundamental characteristic of liquid and viscoelastic materials. Viscosity measuremen...
Ultrasonic shear waves are a useful tool for determining the mechanical properties of various materi...
Real-time viscosity measurement remains a necessity for highly automated industry. To resolve this p...
This work presents a cell to measure dynamic viscosity of liquids using ultrasonic wave mode convers...
Includes bibliographical references (leaf [57] [1st set])For more than a century, the method of meas...
This work shows a novel ultrasonic viscosity measurement device with increased sensitivity. The meas...
Ultrasonic shear waves are a useful tool for determining the mechanical properties of various materi...
Longitudinal and shear ultrasonic wave velocities were measured versus temperature in the viscosity ...
AbstractPhysical fluid parameters like viscosity, mass density and sound velocity can be determined ...
An ultrasonic technique has been developed to non-intrusively measure temperature fields in convecti...