Optimizing Sensor Positions for Mass Flowmeter Designs in COMSOL^®

Name: Optimizing Sensor Positions for Mass Flowmeter Designs in COMSOL®
Uploaded: 2020-08-10 17:39:12
Duration: 51 min 24 s
Description: Designing mass flowmeters? Watch this archived webinar to see how to optimize their temperature sensor positions using COMSOL Multiphysics®.

Duration: 51:24

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Overview
Transcript

In this archived webinar, see how to use COMSOL Multiphysics^® to design an optimized mass flowmeter with accurate measurements. Mass flowmeters measure the mass flow rate of fluids and can also detect physical parameters of the flowing medium, such as density and viscosity. If these parameters are temperature dependent, then the position of the temperature sensors plays an important role in minimizing the temperature-related deviations.

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Chapter Selection

Introduction (0:00) Optimizing Coriolis Flowmeters (2:51) Endress+Hauser Flowtec AG (3:30) Field of Activities Endress+Hauser Flowtec AG (4:28) Mass Flowmeter Concepts (5:24) Model Geometry & Problem Statement (8:02) Materials (9:23) Workflow (10:56) Calibration (12:40) Solid Mechanics with T uniform (13:09) Calibration: Eigenvalues with T uniform (13:56) Nonisothermal Flow (14:33) Nonisothermal Flow - Solving (16:28) Solid Mechanics with T distribution (17:09) Eigenvalues with T distribution (17:36) Sensor position parametrization (18:12) LiveLink™ for MATLAB^® (19:52) Server and Client (20:44) Postprocessing Functions (21:49) Results (33:30) Q&A (39:01)