Theory of the Lorentz force flowmeter

Keywords

Lorentz force, Physics, Mechanics, Magnetic field, Magnet

References

• An introduction to magnetohydrodynamicsPaul Roberts — 1967
• The theory of electromagnetic flow-measurementShercliff, John A. — 1962
• The use of magnetohydrodynamic effects to investigate fluid flow in electrically conducting meltsJ. Baumgartl, A. Hubert, G. Müller — 1993
• Lorentz force velocimetry.André Thess, E. V. Votyakov, Yurii Kolesnikov — 2006
• Analysis of eddy-current flowmetersCong Feng, W. E. Deeds, C.V. Dodd — 1975
• Mean-flow scaling of turbulent pipe flowMark Zagarola, Alexander J. Smits — 1998
• Contactless inductive flow tomography.Frank Stefani, Thomas Gundrum, G. Gerbeth — 2004
• MAGNETOHYDRODYNAMICS IN MATERIALS PROCESSINGP. A. Davidson — 1999
• An Introduction to MagnetohydrodynamicsP. A. Davidson, E. V. Belova — 2001
• Classical ElectrodynamicsDAVID A. DUNNETT — 2020
• The Theory of Electromagnetic FlowmeasurementG H — 1963
• MagnetohydrodynamicsR. Moreau — 1990
• A numerical method for large-eddy simulation in complex geometriesKrishnan Mahesh, George Constantinescu, Parviz Moin — 2004
• An Introduction to MagnetohydrodynamicsL. Driel-Gesztelyi — 2004

Cited by

• FORCE MEASUREMENTS BY STRAIN GAUGE SENSORS AS PART OF TIME-OF-FLIGHT FLOW RATE CONTROLNataliia Dubovikova, Christian Karcher, Christian Resagk — 2014
• Vélocimétrie dans les liquides conducteurs : sonde à distorsion magnétiqueSophie Miralles, Gautier Verhille, Nicolas Plihon — 2011
• Etudes expérimentales en magnétohydrodynamique : effet dynamo, turbulence et inductionGautier Verhille — 2010
• Laminar magnetohydrodynamic duct flow in the presence of a magnetic dipoleSaskia Tympel — 2011
• LORENTZ FORCE EDDY CURRENT TESTING: VALIDATION OF NUMERICAL RESULTSR.P. Uhlig, Mladen Zec, Marek Ziółkowski — 2011
• Local Lorentz Force Velocimetry for liquid metal duct flowsChristiane Heinicke — 2013
• Oscillatory Motion of Permanent Magnets Above a Conducting SlabKonstantin Weise, Marek Ziółkowski, Matthias Carlstedt — 2015
• Modélisation de la convection au cours des changements de phase liquide-solide : effet d’un champ magnétiqueFarid Mechighel — 2010
• A Lorentz force flow meter for application at blast furnaces: design and calibrationDaniel Hernández, Christian Karcher, André Thess — 2014
• Electromagnetic flow control in liquid metals using Lorentz force techniquesNataliia Dubovikova, Christian Karcher, Yuri Kolesnikov — 2014
• Defect Detection in Conducting Materials Using Eddy Current Testing TechniquesHartmut Brauer, Marek Ziółkowski, Hannes Toepfer — 2014
• Single-magnet rotary flowmeter for liquid metalsJānis Priede, Dominique Buchenau, Gunter Gerbeth — 2010
• Measurement technique developments for LBE flowsDominique Buchenau, Sven Eckert, G. Gerbeth — 2011
• Electromagnetic drag on a magnetic dipole caused by a translating and rotating conducting cylinderThomas Boeck, Mladen Zec, André Thess — 2014
• Electromagnetic drag on a magnetic dipole near a translating conducting barM. Kirpo, Saskia Tympel, Thomas Boeck — 2011
• Electromagnetic interaction of moving conductors with magnets: kinematic solutions for infinitely long square and cylindrical geometriesM. Kirpo, Thomas Boeck, André Thess — 2011
• Electromagnetic force on a magnetic dipole inside an annular pipe flowChristiane Heinicke, André Thess — 2013
• Interaction of a small permanent magnet with a liquid metal duct flowChristiane Heinicke, Saskia Tympel, Gautam Pulugundla — 2012
• Direct force compensation on Lorentz force flowmeters for electrolyte flow measurementsSuren Vasilyan, Thomas Fröhlich — 2015
• Eddy Current Testing of Metallic Sheets with Defects Using Force MeasurementsHartmut Brauer, Marek Ziółkowski — 2008

Related papers

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• On the Origin of the Lorentz Force: The Second Term of “qv × B” in the Formulation of the Lorentz Force is due to a “Local” Electric Field Predicted by Maxwell’s EquationsMohammad Javanshiry — 2023
• Unified Space-Time Trigonometry and its Applications to Relativistic KinematicsAntoine Jaccarini — 1973
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