The influence of installation conditions of heat meters on interior fluid field and flux mearsurement accuracy

Three-dimensional computational model for a gas turbine flowmeter is proposed, and the finite volume based SIMPLEC method and k-ε turbulence model are used to obtain the detailed information of flow field in turbine flowmeter, such as velocity and pressure distribution. Comparison between numerical results and experimental data reveals a good agreement. A rectifier with little pressure loss is optimally designed and validated numerically and experimentally.

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The influence of installation conditions of heat meters on interior fluid field and flux mearsurement accuracy

Cited by 4 publications

References 0 publications

The profile-linear average velocity for the transition in pipes based on the method of LES

The profile-linear average velocity for the transition in pipes based on the method of LES

The Calculation of the Profile-Linear Average Velocity in the Transition Region for Ultrasonic Heat Meter Based on the Method of Les

Design and analysis of flow rectifier of gas turbine flowmeter

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