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Theoretical analysis of steady state operating forces in control valves

Basavaraj Hubballi, Vilas Sondur

MATEC Web of Conferences · 2018

doi:10.1051/matecconf/201814401002 (opens in a new tab)

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Abstract

The controlling components, such as valves are used to regulate controlled fluid power. It is not always possible to calculate valve forces accurately, and with some types of valves even the existence of certain types of forces cannot be predicted with certainty. In many cases, however, the analysis can be made fairly completely and accurately. The assumption of steady state conditions is valid for the valve alone, but transient effects in the rest of the system may be large. These effects are particularly important with regard to the instability of valves, where the system may react on the valve in such a way as to make it squeal or oscillate, sometimes with large amplitude. The origin of the steady state flow force understood from a brief qualitative explanation. The following paper will summarize much of what is known about valve forces in the spool type controlling element.

Abstract licence: CC BY

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