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Magnetohydrodynamics 58, 4 (2022)
Special issue:
Selected papers of the 12th PAMIR International Conference on Fundamental and Applied MHD
Krakow, Poland July 4--8, 2022
PREFACE
This special issue of the Magnetohydrodynamics Journal is a selection of papers that were presented at the Pamir Conference in Krakow (AGH University, Poland) on July 1--4, 2022. The selected papers were chosen from the best oral and poster presentations. The conference was focused on what is called Magneto sciences that concerns the AC or DC magnetic field actions in dynamics or static processes.
A Summer School devoted to green house energy was organised in parallel with the conference and was for a part located in the same building. Another part of this school, focused on nuclear energy, took place in Latvia, in the premises of the Institute of Physics, University of Latvia in collaboration with CEA Cadarache, in the framework of the European ESFR-SMART project.
A meeting of the candidates for a European project, STILLNESS, in the frame of the COST program of the EU, was also proposed in parallel with the conference, benefiting from the support of the Auvergne-Rhône-Alpes Region (France) under the ``amorc̨age Europe'' programme.
The conference as well as the summer school obtained an important international participation of about 20 countries but were affected by the Russian against Ukrainian war so that the Russian scientists were not authorized to participate and, on the other hand, made it difficult for others affected by economic difficulties to participate.
But finally, the global results were at an excellent level. The next Pamir Conference is planned under the auspices of the European MHD Association (EuMHD) new structure, the purpose of which is to valorise the magnetohydrodynamics projects as well as to attract young scientists.
The publication of this special issue has benefited from the excellent work carried out by the staff of the Latvian journal MagnetoHydroDynamics, whom the organizing committee of Pamir 2022 would like to thank.
We also thank the sponsors for their generous contributions:
Verónica Solano-Olivares,
Sergio Cuevas and
Aldo Figueroa.
Magnetic fin for heat transfer enhancement in liquid metal duct flow
| 379 | |
Th. Gundrum,
J. Forbriger,
T. Herrmannsdörfer,
G. Mamatsashvili,
S. Schnauck,
F. Stefani and
J. Wosnitza.
Alfvén wave experiments with liquid rubidium in a pulsed magnetic field
| 389 | |
B. Hiba,
Ab. Nouri,
L. Hachani and
K. Zaidat.
Analysis of the symmetry of 3D silicon melts flow generated by a bitter traveling magnetic field in a cylindrical crucible
| 397 | |
A. Jegorovs,
V. Dzelme and
A. Jakoviċs.
Experimental validation of liquid metal MHD numerical models
| 409 | |
G. Lipsbergs and
A. Gailītis.
2022 year experiments at the Riga Dynamo facility
| 417 | |
L. Bühler,
V. Klüber and
C. Mistrangelo.
Magnetohydrodynamic flow in stepwise bent circular pipes
| 425 | |
A. J. Mestel,
A. Arslan,
R. H. Vaz and
E. Mancini.
Nonlinear laminar `dynamos' linear in one coordinate
| 435 | |
F. Pizzi,
A. Giesecke,
J. Šimkanin,
V. Kumar,
T. Gundrum and
F. Stefani.
Numerical and theoretical framework for the DRESDYN precession dynamo experiment
| 445 | |
A. Capogna,
O. Doche and
L. Davoust.
Near-wall MHD turbulence: investigation of a spanwise magnet array configuration
| 455 | |
M. Huang,
K. Skibinska,
P. Zabinski,
K. Eckert and
G. Mutschke.
Enhancing magnetic field support for the electrodeposition of nano-structured metal layers by reducing global cell flow
| 465 | |
A. Brēķis,
L. Buligins,
I. Bucenieks,
K. Kravalis,
A. Lācis and
O. Mikanovskis.
MHD pump with rotating permanent magnets: inlet pressure influence on P-Q curves
| 475 | |
R. Pons,
A. Gagnoud,
D. Chaussende and
O. Budenkova.
Study of heat transfer in a nickel droplet in electromagnetic levitation
| 483 | |
M. Rivero,
R. A. Ávalos-Zúñiga and
S. Cuevas.
A liquid metal MHD vortex generator for energy harvesting applications
| 491 | |
A. Afflard,
R. Zamansky,
W. Bergez,
P. Tordjeman and
K. Paumel.
Eddy-current flow meter response to spherical non-conductive inclusions travelling in a liquid metal
| 501 | |
B. Kuźma,
M. Brchnelova,
B. Perri,
T. Baratashvili,
F. Zhang,
A. Lani and
S. Poedts.
COCONUT MHD coronal model as a basis for EUHFORIA 2.0 space weather forecast
| 509 | |
K. Wojtaszek,
K. Kołczyk-Siedlecka,
F. Cebula,
T. Michalek and
M. Wojnicki.
Analysis of the kinetics ions Ho(III), Pr(III), Gd(III) transport at the liquid-liquid interface in the presence of a magnetic field gradient
| 515 | |
M. Guglielmi,
E. Baake,
A. Köppen,
E. Holzmann,
S. Herbst and
S. Moradi Maryamnegari.
Induction melting in a cold crucible furnace applied to innovative high-melting temperature metals
| 523 | |
S. M. Collu,
A. Alemany and
A. Montisci.
MHD wake around a cylinder for different values of the magnetic Reynolds number
| 533 | |
J. C. Petrykowski.
Crucible considerations in induction furnace degassing
| 545 | |
A. Sellier and
S. H. Aydin.
Axisymmetric MHD viscous flow about a highly-slipping sphere translating parallel with a uniform ambient magnetic field
| 555 |