The dynamic response of Coriolis mass flow meters: Theory and applications

M. Henry; M. Zamora; C. Clark; B. Cheesewright; W. Mattar

The dynamic response of Coriolis mass flow meters: Theory and applications

M. Henry, M. Zamora, C. Clark, B. Cheesewright, W. Mattar

Research output: Chapter in Book/Report/Conference proceeding › Conference proceeding › peer-review

Abstract

In recent years there has been growing interest on the dynamic response of flowmeters in general [1] and that of Coriolis massflow meters in particular. Research carried out at Brunel University (UK) has developed a good model of the dynamic response of the Coriolis flowtube [2], while workers at Oxford University (UK) have devised novel digital Coriolis transmitter technology with a good dynamic response [3]. Foxboro’s commercial version of the Oxford transmitter has worked well in a number of difficult industrial applications [4]. This paper outlines some of the factors influencing the dynamic response of Coriolis meters, based on a joint research project between Oxford and Brunel, funded by the UK Government. Illustrations are provided from an industrial application and lab trials with batch times as short as 31ms.

Original language	English
Title of host publication	Technical Papers of ISA
Publisher	ISA Publishing
Publication status	Published - 2004
Externally published	Yes

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abstract = "In recent years there has been growing interest on the dynamic response of flowmeters in general [1] and that of Coriolis massflow meters in particular. Research carried out at Brunel University (UK) has developed a good model of the dynamic response of the Coriolis flowtube [2], while workers at Oxford University (UK) have devised novel digital Coriolis transmitter technology with a good dynamic response [3]. Foxboro{\textquoteright}s commercial version of the Oxford transmitter has worked well in a number of difficult industrial applications [4]. This paper outlines some of the factors influencing the dynamic response of Coriolis meters, based on a joint research project between Oxford and Brunel, funded by the UK Government. Illustrations are provided from an industrial application and lab trials with batch times as short as 31ms.",

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AB - In recent years there has been growing interest on the dynamic response of flowmeters in general [1] and that of Coriolis massflow meters in particular. Research carried out at Brunel University (UK) has developed a good model of the dynamic response of the Coriolis flowtube [2], while workers at Oxford University (UK) have devised novel digital Coriolis transmitter technology with a good dynamic response [3]. Foxboro’s commercial version of the Oxford transmitter has worked well in a number of difficult industrial applications [4]. This paper outlines some of the factors influencing the dynamic response of Coriolis meters, based on a joint research project between Oxford and Brunel, funded by the UK Government. Illustrations are provided from an industrial application and lab trials with batch times as short as 31ms.

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