This paper starts from a brief revisit of key early published work so that an overview of
modern Coriolis flowmeters can be provided based on a historical background. The paper …

Coriolis flowmeters (CFM) are forced to vibrate by a periodic excitation usually applied
midpipe through an electromagnetic actuator. From hands-on experience with industrial …

Coriolis flowmeters experience measurement errors due to both single-and two-phase flow.
For two-phase flow, severe damping may occur, which leads to a (temporary) inability of the …

The aim of this paper is to derive approximate, analytically expressed, theoretical
characteristics for a straight, slender-tube Coriolis meter, which can be applied to any of its …

Resonant vibrations of a fluid-conveying pipe are investigated, with special consideration to
axial shifts in vibration phase accompanying fluid flow and various imperfections. This is …

An understanding of the effects of flow pulsations on the dynamic behavior of Coriolis
flowmeters is very important for their further development. In order to determine the phase …

The current status of available work regarding the pressure effect on Coriolis mass
flowmeters is reviewed, which shows significant improvement in the latest generation of …

We have proposed new methods to reduce the LNG mass flow measurement uncertainty
using a Coriolis mass flowmeters (CMF). Since the uncertainty in the corrected Young's …

A detailed numerical model has been developed to simulate the single straight tube Coriolis
flowmeter, which includes all important practical features. The measuring tube is modeled as …

Compared with liquid nitrogen (LN2) and water, the density of liquid hydrogen (LH2) is more
than one order of magnitude smaller, which leads to significantly different flow-induced …