Study on Coriolis Mass Flow Meter for Error Correction through Two-phase Fluid Using Fuzzy Logic

Abstract

For mass flow in industry, one of the most accurate measuring tools is Coriolis mass flow meters. Though, two-phase gas-liquid movement may effect severe functioning complications as well as reducing assurance in dimension. It is essential to find a technique to correct the dimension error as a result of significant presentations of these Coriolis mass flow meter. Here a Fuzzy systems based method is considered for the error correction of Coriolis mass flow meters through two-phase fluid. The main aptitude for the purpose of error correction of this technique is specified by trying through on-line experimental data. One more benefit of the suggested method is its too much small cost relating to other methods which requires different hardware for correction in error.