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Ch. Karcher

Observed names: Ch Karcher, Karcher, Ch.
OpenAlex ID: A5102101613
Stability of liquid metal drops affected by a high-frequency magnetic field
2006 · V. Kocourek, Ch. Karcher, et al. · Physical Review E · 41
Turbulent heat transfer in liquid iron during electron beam evaporation
2000 · Ch. Karcher, R. Schaller, et al. · International Journal of Heat and Mass Transfer · 14
High-Reynolds-number flow in a narrow gap driven by solidification. II. Planar-flow casting application
2001 · Ch. Karcher, P. H. Steen · Physics of Fluids · 12
The Consistency conditions for density limits of hypoplastic constitutive law
2000 · Andrzej Niemunis, K. Nübel, et al. · DOAJ (DOAJ: Directory of Open Access Journals) · 11
Non-contact electromagnetic flow measurement in liquid metal two-phase flow using Lorentz force velocimetry
2017 · Z. Lyu, Ch. Karcher · Magnetohydrodynamics · 9
Experimental study of an electromagnetic flow meter for liquid metals based on torque measurement during pumping process
2015 · N Dubovikova, Y Kolesnikov, et al. · Measurement Science and Technology · 9
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Dry calibration of the Lorentz force flowmeter
2009 · V. Minchenya, Ch. Karcher, et al. · Magnetohydrodynamics · 8
High-Reynolds-number flow in a narrow gap driven by solidification. I. Theory
2001 · Ch. Karcher, P. H. Steen · Physics of Fluids · 8
Determination of Interior Surface Temperature Using Luminance Measurement of Thermochromic Liquid Crystals
2008 · S. Senin, J. Langebach, et al. · Experimental Heat Transfer · 7
Experimental study of convection and radiation interaction in a headlight model using pressure variation
2007 · J. Langebach, S. Senin, et al. · Experimental Thermal and Fluid Science · 7
Electromagnetic control of convective heat transfer in liquid metal flow during electron beam evaporation
2002 · Ch Karcher, Y Kolesnikov, et al. · Energy Conversion and Management · 6
Dynamics of falling liquid metal droplets and jets affected by a strong magnetic field
2017 · Ch. Karcher, D. Hernández · Magnetohydrodynamics · 5
Flow measurement in metal melts using a non-contact surface velocity sensor based on time-of-flight Lorentz force velocimetry
2014 · D. Schumacher, Ch. Karcher · International Journal of Applied Electromagnetics and Mechanics · 3
Experimental and numerical investigation on particle-induced liquid metal flow using Lorentz force velocimetry
2018 · Ch. Karcher, Z. Lyu, et al. · IOP Conference Series Materials Science and Engineering · 2
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Measurement of electrical conductivity of liquid metals using Lorentz force sigmometry
2015 · Shatha Alkhalil, Yurii Kolesnikov, et al. · HAL · 1
Free‐surface instabilities during electromagnetic shaping of liquid metals
2007 · Ch. Karcher, V. Kocourek · PAMM · 1
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Electromagnetic Control of Electron Beam Evaporation: Numerical Simulation
2002 · U. Lüdtke, Ch. Karcher · Lecture notes in computational science and engineering · 1
Electromagnetic flow rate measurement in molten tin circulating in a closed-loop test system
2018 · Z. Lyu, Ch. Karcher, et al. · IOP Conference Series Materials Science and Engineering
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Dynamics of liquid metal droplets and jets influenced by a strong axial magnetic field
2017 · D Hernández, Ch Karcher · IOP Conference Series Materials Science and Engineering
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Electromagnetic technique for liquid metal flow measurement by force time-of-flight principle
2015 · Nataliia Dubovikova, Ch. Karcher, et al. · HAL
Experimentelle Untersuchung und theoretische Betrachtung von weichen Kippenmischböden
2010 · Herle, I., Mašín, D., et al. · ASEP
Control of free-surface instabilities during electromagnetic shaping of liquid metals
2009 · Ch. Karcher, V. Minchenya · Magnetohydrodynamics
Electromagnetic control of convective heat transfer during electron beam evaporation: model experiments
2004 · Ch. Karcher, Y. Kolesnikov · Vacuum
Works count: 24
Citation count: 145
H-index: 8
I10-index: 4
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