1006-706X
2012 Issue S1
the limmcast program at hzdr:modelling of fluid flow and transport phenomena in the continuous casting process
Gerbeth Gunter;Eckert Sven;Stefani Frank;Timmel Klaus;Wondrak Thomas;Helmholtz-Zentrum Dresden-Rossendorf;P.O.Box 510119;01314 Dresden;Germany;
Gerbeth Gunter;Eckert Sven;Stefani Frank;Timmel Klaus;Wondrak Thomas;Helmholtz-Zentrum Dresden-Rossendorf;P.O.Box 510119;01314 Dresden;Germany;
..............page:1-8
thermo-electric motions and structures generated by static magnetic fields during the solidification of metallic alloys
LI Xi;REN Zhong-ming;Gagnoud Annie;Budenkova Olga;Bojarevics Andris;Fautrelle Yves;Department of Materials Engineering;Shanghai University;SIMAP-EPM-Madylam/CNRS;Grenoble Institute of Technology;BP 75;38402 St Martin d’Heres Cedex;France;Institute of Physics;University of Latvia;Miera Street 32;Salaspils LV-2169;Latvia;
LI Xi;REN Zhong-ming;Gagnoud Annie;Budenkova Olga;Bojarevics Andris;Fautrelle Yves;Department of Materials Engineering;Shanghai University;SIMAP-EPM-Madylam/CNRS;Grenoble Institute of Technology;BP 75;38402 St Martin d’Heres Cedex;France;Institute of Physics;University of Latvia;Miera Street 32;Salaspils LV-2169;Latvia;
..............page:9-17
progress in research of solidification of metals under a strong magnetic field
REN Zhong-ming;Department of Material Science and Engineering;Shanghai University;Key Lab.of Modem Metallurgy and Processing of Materials of Shanghai;
REN Zhong-ming;Department of Material Science and Engineering;Shanghai University;Key Lab.of Modem Metallurgy and Processing of Materials of Shanghai;
..............page:18-24
research of electromagnetic field on several metallic materials and processing
WANG En-gang;HE Ji-cheng;Key Laboratory of Electromagnetic Processing of Materials;Northeastern University;
WANG En-gang;HE Ji-cheng;Key Laboratory of Electromagnetic Processing of Materials;Northeastern University;
..............page:25-33
direct observation of thermoelectric magnetic convection in unidirectionally solidified al-cu alloys
Hideyuki Yasuda;Keisuke Inoue;Yudai Minami;Tomoya Nagira;Masato Yoshiya;Kentaro Uesugi;Keiji Umetani;Department of Adaptive Machine Systems;Osaka University;Osaka 565-0871;Japan;Japan Synchrotron Research Institute/SPring-8;Hyogo 679-5198;Japan;
Hideyuki Yasuda;Keisuke Inoue;Yudai Minami;Tomoya Nagira;Masato Yoshiya;Kentaro Uesugi;Keiji Umetani;Department of Adaptive Machine Systems;Osaka University;Osaka 565-0871;Japan;Japan Synchrotron Research Institute/SPring-8;Hyogo 679-5198;Japan;
..............page:34-39
near-net shape continuous casting of aluminum alloy billet using electromagnetic field
Joonpyo PARK;Myounggyun KIM;Jongho-KIM;Gyuchang LEE;32 Hyoja;Research Institute of Industrial Science and Technology;Pohang;Korea;
Joonpyo PARK;Myounggyun KIM;Jongho-KIM;Gyuchang LEE;32 Hyoja;Research Institute of Industrial Science and Technology;Pohang;Korea;
..............page:40-45
the research on soft-contacting electromagnetic continuous casting in baosteel
HOU Xiao-guang;ZHANG Yong-jie;WANG En-gang;HE Ji-cheng;Northeastern University;Baoshan Iron and Steel Co.;Ltd.;
HOU Xiao-guang;ZHANG Yong-jie;WANG En-gang;HE Ji-cheng;Northeastern University;Baoshan Iron and Steel Co.;Ltd.;
..............page:46-49
recent applications and future development trends in electromagnetic processing of metals and non-metallic materials
NACKE Bernard;BAAKE Egbert;Institute of Electrotechnology;Leibniz Universitt Hannover;Wilhelm-Busch-Str.4;Hannover D-30167;Germany;
NACKE Bernard;BAAKE Egbert;Institute of Electrotechnology;Leibniz Universitt Hannover;Wilhelm-Busch-Str.4;Hannover D-30167;Germany;
..............page:50-54
numerical description of interface,flows in an electromagnetic process devoted to liquid/liquid extraction
Cyril COURTESSOLE;Jacqueline ETAY;SIMAP-EPM CNRS;Grenoble INP;UJF Phelma-Campus BP 75 38402;St-Martin-d’Heres Cedex;France;
Cyril COURTESSOLE;Jacqueline ETAY;SIMAP-EPM CNRS;Grenoble INP;UJF Phelma-Campus BP 75 38402;St-Martin-d’Heres Cedex;France;
..............page:55-58
modeling of three-phase flow and interface deformation of metal/bath in aluminum reduction cell with cathode protrusion
WANG Qiang;WANG Fang;LI Bao-kuan;FENG Nai-xiang;School of Materials and Metallurgy;Northeastern University;
WANG Qiang;WANG Fang;LI Bao-kuan;FENG Nai-xiang;School of Materials and Metallurgy;Northeastern University;
..............page:59-62
influence of the earth magnetic field on electrically induced flows
Abdellah Kharicha;Menghuai Wu;Andreas Ludwig;Ebrahim Karimi Sibaki;Christian Doppler Laboratory for Advanced Process Simulation of Solidification and Melting;University of Leoben;8700 Leoben;Austria;
Abdellah Kharicha;Menghuai Wu;Andreas Ludwig;Ebrahim Karimi Sibaki;Christian Doppler Laboratory for Advanced Process Simulation of Solidification and Melting;University of Leoben;8700 Leoben;Austria;
..............page:63-66
turbulent transport coefficients in turbulent flows of liquid sodium
FRICK Peter;DENISOV Sergey;NOSKOV Vitaliy;STEPANOV Rodion;Institute of Continuous Media Mechanics;Korolyov 1;Perm;611013;Russia;
FRICK Peter;DENISOV Sergey;NOSKOV Vitaliy;STEPANOV Rodion;Institute of Continuous Media Mechanics;Korolyov 1;Perm;611013;Russia;
..............page:67-71
electromagnetically modified filtration of liquid aluminium with a ceramic foam filter
R.Fritzsch;M W Kennedy;S Akhtar;J A Bakken;R E Aune;Department of Materials Science and Engineering;Norwegian University of Science and Technology;Hydro Aluminium Karm y;Havik 4265;Norway;Department of Materials Science and Engineering;Royal Institute of Technology;Stockholm 10044;Sweden;
R.Fritzsch;M W Kennedy;S Akhtar;J A Bakken;R E Aune;Department of Materials Science and Engineering;Norwegian University of Science and Technology;Hydro Aluminium Karm y;Havik 4265;Norway;Department of Materials Science and Engineering;Royal Institute of Technology;Stockholm 10044;Sweden;
..............page:72-76
numerical simulation for induction refining process of metallurgical-grade silicon in vacuum furnace
L Guo-qiang;MA Wen-hui;WANG Hua;YU Wen-zhou;YANG Xi;Faculty of Metallurgy and Energy Engineering;Kunming University of Science and Technology;National Laboratory for Vacuum Metallurgy;Kunming University of Science and Technology;MOE’s Engineering Research Center of Metallurgical Energy Conservation and Emission Reduction;Kunming University of Science and Technology;
L Guo-qiang;MA Wen-hui;WANG Hua;YU Wen-zhou;YANG Xi;Faculty of Metallurgy and Energy Engineering;Kunming University of Science and Technology;National Laboratory for Vacuum Metallurgy;Kunming University of Science and Technology;MOE’s Engineering Research Center of Metallurgical Energy Conservation and Emission Reduction;Kunming University of Science and Technology;
..............page:77-81
inertial waves occurring in a liquid metal column due to pulsed excitation by a rotating magnetic field
R BIGER Dirk;VOGT Tobias;FRANKE Sven;CZARSKE Jürgen;ECKERT Sven;GERBETH Gunter;Helmholtz-Zentrum Dresden-Rossendorf;Dresden 01314;Germany;Technische Universitt Dresden;Dresden 01069;Germany;
R BIGER Dirk;VOGT Tobias;FRANKE Sven;CZARSKE Jürgen;ECKERT Sven;GERBETH Gunter;Helmholtz-Zentrum Dresden-Rossendorf;Dresden 01314;Germany;Technische Universitt Dresden;Dresden 01069;Germany;
..............page:82-85
effect of various field shapers on magnetic pressure in electromagnetic inward tube forming
Ehsan Garzan;Hossein Ebrahimi;Ali Reza Fallahi Arezoodar;Department of Mechanical Eng.;AMIRKABIR University of Technology;Tehran;Iran;
Ehsan Garzan;Hossein Ebrahimi;Ali Reza Fallahi Arezoodar;Department of Mechanical Eng.;AMIRKABIR University of Technology;Tehran;Iran;
..............page:86-89
simulation of multi-fluid mhd flows based on adaptive mesh refinement technique
PAN Yi;NI Ming-Jiu;School of Physical Sciences.Graduate University of Chinese Academy of Sciences;
PAN Yi;NI Ming-Jiu;School of Physical Sciences.Graduate University of Chinese Academy of Sciences;
..............page:90-94
multiphysics fem simulation of contour induction hardening process on aeronautical gears
M Spezzapria;F Dughiero;M Forzan;A Candeo;University of Padua;Department of Industrial Engineering;Via Gradenigo;6/A.;35131 Padova;Italy;Inova Lab srl;Via Torino;213.;10040 Leini;Italy;
M Spezzapria;F Dughiero;M Forzan;A Candeo;University of Padua;Department of Industrial Engineering;Via Gradenigo;6/A.;35131 Padova;Italy;Inova Lab srl;Via Torino;213.;10040 Leini;Italy;
..............page:95-98
simulation of 3d heat and mass transfer in glass and oxide melts using the inductive skull melting technology
NACKE Bernard;NIEMANN Benjamin;SCHLESSELMANN Dirk;Institute of Electrotechnology;Leibniz Universitt Hannover;Wilhelm-Busch-Str.4;Hannover D-30167;Germany;Auer Lighting;Hildesheimer Str.35;Bad Gandersheim D-37581;Germany;
NACKE Bernard;NIEMANN Benjamin;SCHLESSELMANN Dirk;Institute of Electrotechnology;Leibniz Universitt Hannover;Wilhelm-Busch-Str.4;Hannover D-30167;Germany;Auer Lighting;Hildesheimer Str.35;Bad Gandersheim D-37581;Germany;
..............page:99-105
investigation of lorentz force velocimetry using electromagnets
SANTARA Fatoumata Bintou;KARCHER Christian;THESS Andre;Institute of Thermodynamics and Fluid Mechanics;Ilmenau University of Technology;Ilmenau 100565 98684;Germany;
SANTARA Fatoumata Bintou;KARCHER Christian;THESS Andre;Institute of Thermodynamics and Fluid Mechanics;Ilmenau University of Technology;Ilmenau 100565 98684;Germany;
..............page:106-109
free surface behavior under alternating and static magnetic field
DENG An-yuan;WEN Chang-fei;WANG En-gang;ZHANG Xing-wu;HE Ji-cheng;Key Laboratory of Electromagnetic Processing of Materials(Ministry of Education;Northeastern University;
DENG An-yuan;WEN Chang-fei;WANG En-gang;ZHANG Xing-wu;HE Ji-cheng;Key Laboratory of Electromagnetic Processing of Materials(Ministry of Education;Northeastern University;
..............page:110-113
simulation of an inductive weld pool support for deep penetration laser beam welding of metal parts
BACHMANN Marcel;AVILOV Vjaceslav;GUMENYUK Andrey;RETHMEIER Michael;BAM Federal Institute for Materials Research and Testing;Unter den Eichen 87;Berlin 12205;Germany;
BACHMANN Marcel;AVILOV Vjaceslav;GUMENYUK Andrey;RETHMEIER Michael;BAM Federal Institute for Materials Research and Testing;Unter den Eichen 87;Berlin 12205;Germany;
..............page:114-117
numerical analysis on lorentz force field in 160 billet under harmonic magnetic field
BAI Yun-feng;Special Steel R&D Center;Research Institute;Baoshan Iron&Steel Co.;Ltd;
BAI Yun-feng;Special Steel R&D Center;Research Institute;Baoshan Iron&Steel Co.;Ltd;
..............page:118-122
lorentz force sigmometry
Mladen Zec;Robert P.Uhlig;Marek Ziolkowski;Hartmut Brauer;Andre Thess;Department of Advanced Electromagnetics;Ilmenau University of Technology;Ilmenau 100565 98684;Germany;Institute of Thermodynamics and Fluid Mechanics;llmenau University of Technology;Ilmenau 100565 98684;Germany;
Mladen Zec;Robert P.Uhlig;Marek Ziolkowski;Hartmut Brauer;Andre Thess;Department of Advanced Electromagnetics;Ilmenau University of Technology;Ilmenau 100565 98684;Germany;Institute of Thermodynamics and Fluid Mechanics;llmenau University of Technology;Ilmenau 100565 98684;Germany;
..............page:123-126
numerical simulation of fluid flow inside a molten liquid metal droplet located in an electromagnetic induction generated by two different inducting currents
Alimata DIARRA;Annie GAGNOUD;Jacqueline ETAY;Andreas STEIN;Rainer WUNDERLICH;SIMaP-EPM CNRS-INPG-UJF Phelma-Campus BP75 38402;St Martin d’Heres cedex;France;EADS Astrium;Department TEB 22;88039 Friedrichshafen;Germany;Institute of Micro and Nanomaterials;Ulm University;Albert-Einstein-Allee 47;89081 Ulm;Germany;
Alimata DIARRA;Annie GAGNOUD;Jacqueline ETAY;Andreas STEIN;Rainer WUNDERLICH;SIMaP-EPM CNRS-INPG-UJF Phelma-Campus BP75 38402;St Martin d’Heres cedex;France;EADS Astrium;Department TEB 22;88039 Friedrichshafen;Germany;Institute of Micro and Nanomaterials;Ulm University;Albert-Einstein-Allee 47;89081 Ulm;Germany;
..............page:127-130
effect of electromagnetic frequency on magnetic flux coupling by traveling magnetic field
DU Yong-sheng;ZHANG Hong-xia;ZHANG Xue-feng;College of Mathematics、Physics and Bioengineering;Inner Mongolia University of Science &Technology;
DU Yong-sheng;ZHANG Hong-xia;ZHANG Xue-feng;College of Mathematics、Physics and Bioengineering;Inner Mongolia University of Science &Technology;
..............page:131-134
electromagnetic processing of materials at the department inorganic-nonmetallic materials
HALBEDEL Bernd;KRIEGER Uwe;WERNER Michael;TORRES Jose Oskar;SCHADEWALD Uwe;QUIROZ Pamela;Ilmenau University of Technology;P.O. 100565;D-98684 Ilmenau;Germany;Ilmenau Technische Glaswerke Ilmenau GmbH;Am Vogelherd 7;D-98684 Ilmenau;Germany;
HALBEDEL Bernd;KRIEGER Uwe;WERNER Michael;TORRES Jose Oskar;SCHADEWALD Uwe;QUIROZ Pamela;Ilmenau University of Technology;P.O. 100565;D-98684 Ilmenau;Germany;Ilmenau Technische Glaswerke Ilmenau GmbH;Am Vogelherd 7;D-98684 Ilmenau;Germany;
..............page:135-140
magnetic gravity compensation for ferrofluid with maxwell-helmholtz coils
LEI Zuo-sheng;CHEN Chao-yue;ZHANG Li-jie;REN Zhong-ming;Shanghai Key Laboratory of Modem Metallurgy and Material Processing;Shanghai University;
LEI Zuo-sheng;CHEN Chao-yue;ZHANG Li-jie;REN Zhong-ming;Shanghai Key Laboratory of Modem Metallurgy and Material Processing;Shanghai University;
..............page:141-144
assembling and test of a halbach array magnet system for lorentz forece velocimetry in electrolytes
Werner Michael;Halbedel Bernd;Department of Inorganic-Nonmetallic Materials;University of Technology Ilmenau;Ilmenau 100565 98684;Germany;
Werner Michael;Halbedel Bernd;Department of Inorganic-Nonmetallic Materials;University of Technology Ilmenau;Ilmenau 100565 98684;Germany;
..............page:145-148
numerical simulation of thermal characteristics in the process of electroslag remelting for production of large slab ingots
GENG Xin;JIANG Zhou-hua;LI Wan-ming;LI Hua-bin;LIU Fu-bin;LI Xing;School of Materials and Metallurgy;Northeastern University;
GENG Xin;JIANG Zhou-hua;LI Wan-ming;LI Hua-bin;LIU Fu-bin;LI Xing;School of Materials and Metallurgy;Northeastern University;
..............page:149-152
numerical simulation of the electromagnetic continuous casting for clad slab
YU Ying-shui;WANG Tong-min;SUN Jian-bo;JIE Jin-chuan;CAO Zhi-qiang;LI Ting-ju;School of Materials Science and Engineering;Dalian University of Technology;School of Materials Science and Engineering;Jiamusi University;
YU Ying-shui;WANG Tong-min;SUN Jian-bo;JIE Jin-chuan;CAO Zhi-qiang;LI Ting-ju;School of Materials Science and Engineering;Dalian University of Technology;School of Materials Science and Engineering;Jiamusi University;
..............page:153-157
numerical simulation of directional solidification of a nickel-based superalloy with applied direct current
FENG Xiao-hui;YANG Yuan-sheng;Institute of Metal Research;Chinese Academy of Sciences;
FENG Xiao-hui;YANG Yuan-sheng;Institute of Metal Research;Chinese Academy of Sciences;
..............page:158-161
numerical simulation of inclusion removal in tundish with babbling curtain and electromagnetic field
HUANG Ao;JI Chao;GU Hua-zhi;DAI Chang-hao;ZHONG Li;State Key Lab Breeding Base of Refarctories & Ceramics;Wuhan University of Sci & Tech;Key Laboratory for Ferrous Metallurgy and Resources Utilization Ministry of Education;Wuhan University of Sci & Tech;
HUANG Ao;JI Chao;GU Hua-zhi;DAI Chang-hao;ZHONG Li;State Key Lab Breeding Base of Refarctories & Ceramics;Wuhan University of Sci & Tech;Key Laboratory for Ferrous Metallurgy and Resources Utilization Ministry of Education;Wuhan University of Sci & Tech;
..............page:162-166
general governing equations and numerical solution method in electromagnetics and fluid mechanism
LEI Hong;GENG Dian-qiao;CHEN Zhi-hui;HE Ji-cheng;Key Laboratory of Electromagnetic Processing of Materials;Ministry of Education;Northeastern University;
LEI Hong;GENG Dian-qiao;CHEN Zhi-hui;HE Ji-cheng;Key Laboratory of Electromagnetic Processing of Materials;Ministry of Education;Northeastern University;
..............page:167-170
study on the characteristics of fluid flow in stirring vessel of new type stirring of kr desulphurization
JI Jun-hong;LIANG Ru-quan;FENG Yu-tao;HE Ji-cheng;Key Laboratory of National Education Ministry for Electromagnetic Processes of Materials;Northeastern University;School of Mechanics and Engineering;Liaoning Technical University;
JI Jun-hong;LIANG Ru-quan;FENG Yu-tao;HE Ji-cheng;Key Laboratory of National Education Ministry for Electromagnetic Processes of Materials;Northeastern University;School of Mechanics and Engineering;Liaoning Technical University;
..............page:171-174
numerical simulation on distribution of stress in the electromagnetic soft-contact continuous casting mould
KANG Li;WANG En-gang;HE Ji-cheng;Material Institute;Taiyuan University of Science and Technology;The Key of Laboratory of Electromagnetic Processing of Materials;Northeastern University;
KANG Li;WANG En-gang;HE Ji-cheng;Material Institute;Taiyuan University of Science and Technology;The Key of Laboratory of Electromagnetic Processing of Materials;Northeastern University;
..............page:175-178
numerical simulation of magnetic field distribution in aluminum melting furnace with electromagnetic stirring
CHEN Hong;WU Li;WANG Tong-min;CAO Zhi-qiang;LI Ting-ju;School of Materials Science and Engineering;Dalian University of Technology;
CHEN Hong;WU Li;WANG Tong-min;CAO Zhi-qiang;LI Ting-ju;School of Materials Science and Engineering;Dalian University of Technology;
..............page:179-182
fabrication of bulk -fesi2 crystal with threedimensional alignment by an oscillating magnetic field
Noriaki Nakatsuka;Keiji Kurokawa;Tomoya Nagira;Masato Yoshiya;Hideyuki Yasuda;Department of Adaptive Machine Systems;Osaka University;Osaka 565-0871;Japan;
Noriaki Nakatsuka;Keiji Kurokawa;Tomoya Nagira;Masato Yoshiya;Hideyuki Yasuda;Department of Adaptive Machine Systems;Osaka University;Osaka 565-0871;Japan;
..............page:183-186
numerical simulation of steel tube induction heating during quenching process
HUANG Jun;WU Wen-fei;WANG Bao-feng;ZHANG Yong-jie;School of Materials and Metallurgy;Northeastern University;School of Environment and Energy;Inner Mongolia University of Science and Technology;
HUANG Jun;WU Wen-fei;WANG Bao-feng;ZHANG Yong-jie;School of Materials and Metallurgy;Northeastern University;School of Environment and Energy;Inner Mongolia University of Science and Technology;
..............page:187-190
effect of electromagnetic stirring on fabrication of al-si semi-solid slurry by the cup cast method
SHIMASAKI Shin-ichi;TAKADO Yuki;TANIGUCHI Shoji;Graduate School of Environmental Studies;Tohoku University;Aoba-yama 6-6-02;Aoba-ku;Sendai 980-8579;Japan;
SHIMASAKI Shin-ichi;TAKADO Yuki;TANIGUCHI Shoji;Graduate School of Environmental Studies;Tohoku University;Aoba-yama 6-6-02;Aoba-ku;Sendai 980-8579;Japan;
..............page:191-194
effects of electromagnetic stirring on solidification of metal foams
HAO Hai;LU Guo-qiang;WANG Fu-yun;ZHANG Xing-guo;School of Materials Science and Engineering;Dalian University of Technology;
HAO Hai;LU Guo-qiang;WANG Fu-yun;ZHANG Xing-guo;School of Materials Science and Engineering;Dalian University of Technology;
..............page:195-198
influence of electromagnetic stirring on the macrosegregation in arc remelted ti and zr alloy ingots
Alain Jardy;Mathieu Revil-Baudard;Hervé Combeau;Universite de Lorraine;Institut Jean Lamour-Dépt.SI2M;UMR CNRS 7198;Ecole des Mines;Parc de Saurupt;Nancy;F-54042;France;
Alain Jardy;Mathieu Revil-Baudard;Hervé Combeau;Universite de Lorraine;Institut Jean Lamour-Dépt.SI2M;UMR CNRS 7198;Ecole des Mines;Parc de Saurupt;Nancy;F-54042;France;
..............page:199-202
structure modification of alloy solidified with electromagnetic field
IWAI Kazuhiko;KOHAMA Takenori;NISHIMURA Tomohiro;EcoTopia Science Institute;Energy Science Research Department;Nagoya University;Furo-cho;Chikusa-ku;Nagoya;464-8603;Japan;Department of Materials;Physics and Energy Engineering;Nagoya University;Furo-cho;Chikusa-ku;Nagoya;464-8603;Japan;
IWAI Kazuhiko;KOHAMA Takenori;NISHIMURA Tomohiro;EcoTopia Science Institute;Energy Science Research Department;Nagoya University;Furo-cho;Chikusa-ku;Nagoya;464-8603;Japan;Department of Materials;Physics and Energy Engineering;Nagoya University;Furo-cho;Chikusa-ku;Nagoya;464-8603;Japan;
..............page:203-207
al-7si alloy directional solidification with the application of a pulsed magnetic field
ZHAO Zhi-long;REN Hai-guo;LIU Lin;School of Mechatronics.Northwestern Polytechnic University;State Key Laboratory of Solidification Processing;Northwestern Polytechnic University;
ZHAO Zhi-long;REN Hai-guo;LIU Lin;School of Mechatronics.Northwestern Polytechnic University;State Key Laboratory of Solidification Processing;Northwestern Polytechnic University;
..............page:208-211
microstructure evolution of hypoeutectic al-si alloy with electromagnetic stirring and ultrasonic treatment
ZHANG Yu-bo;FU Ying;WANG Tong-min;CAO Zhi-qiang;LI Ting-ju;School of Materials Science and Engineering;Dalian University of Technology;
ZHANG Yu-bo;FU Ying;WANG Tong-min;CAO Zhi-qiang;LI Ting-ju;School of Materials Science and Engineering;Dalian University of Technology;
..............page:212-216
modelling the segregation of impurities during solidification with turbulent electromagnetic stirring
DELANNOY Yves;ZAIDAT Kader;SIMaP laboratory;EPM Group;Grenoble INP;BP 75;38402 St Martin d’Heres;France;
DELANNOY Yves;ZAIDAT Kader;SIMaP laboratory;EPM Group;Grenoble INP;BP 75;38402 St Martin d’Heres;France;
..............page:217-221
the combined effects of electromagnetic stirring and al-5c master alloy on grain refinement of az31 magnesium alloy
ZHANG Ai-min;HAO Hai;LI Ming;ZHANG Xing-guo;School of Materials Science and Engineering;Dalian University of Technology;
ZHANG Ai-min;HAO Hai;LI Ming;ZHANG Xing-guo;School of Materials Science and Engineering;Dalian University of Technology;
..............page:222-225
modification of solidification structure under dc pulse magnetic field
FU Ying;Park Joonpyo;WANG Tong-min;Kim Jongho;CAO Zhi-qiang;LI Ting-Ju;School of Materials Science and Engineering;Dalian University of Technology;Research Institute of Industrial Science and Technology;Pohang 790-600;Korea;
FU Ying;Park Joonpyo;WANG Tong-min;Kim Jongho;CAO Zhi-qiang;LI Ting-Ju;School of Materials Science and Engineering;Dalian University of Technology;Research Institute of Industrial Science and Technology;Pohang 790-600;Korea;
..............page:226-228
in-situ observation of dendrite growth during solidification of al-10wt.%cu alloy under pulsed magnetic field
CAO Fei;ZHU Jing;WANG Tong-min;FU Ya-nan;XIE Hong-lan;CAO Zhi-qiang;LI Ting-ju;School of Materials Science and Engineering;Dalian University of Technology;Shanghai Synchrotron Radiation Facility;Shanghai Institute of Applied Physics;
CAO Fei;ZHU Jing;WANG Tong-min;FU Ya-nan;XIE Hong-lan;CAO Zhi-qiang;LI Ting-ju;School of Materials Science and Engineering;Dalian University of Technology;Shanghai Synchrotron Radiation Facility;Shanghai Institute of Applied Physics;
..............page:229-232
electromagnetic control of the weld pool dynamics in partial penetration laser beam welding of aluminium alloys
V.Avilov;A.Schneider;M.Lammers;A.Gumenyuk;M. Rethmeier;BAM;Federal Institute for Materials Research and Testing;12205 Berlin;Germany;
V.Avilov;A.Schneider;M.Lammers;A.Gumenyuk;M. Rethmeier;BAM;Federal Institute for Materials Research and Testing;12205 Berlin;Germany;
..............page:233-236
preparation and microstructure evaluation of directionally solidified nd-fe-b ingots by electromagnetic cold crucible
DING Hong-sheng;FENG Kui;WANG Yong-zhe;CHEN Rui-run;GUO Jing-jie;National Key Laboratory for Precision Hot Processing of Metals;School of Materials Science and Engineering;Harbin Institute of Technology;
DING Hong-sheng;FENG Kui;WANG Yong-zhe;CHEN Rui-run;GUO Jing-jie;National Key Laboratory for Precision Hot Processing of Metals;School of Materials Science and Engineering;Harbin Institute of Technology;
..............page:237-242
impact of the travelling magnetic field on the metallic impurities during the crystallization of photovoltaic silicon
Kader Zaidat;Mircea Cablea;Abdallah Nouri;Ghatfan Hassan;Bachir Saadi;Olga.Budenkova;Annie.Gagnoud;Yves.Delannoy;l.SIMAP EPM-CNRS;1340 rue de la piscine;F-38402;Saint Martin d’Heres Cedex;France;Silicor Materials Inc.;Vaughan;Ontario;Canada;
Kader Zaidat;Mircea Cablea;Abdallah Nouri;Ghatfan Hassan;Bachir Saadi;Olga.Budenkova;Annie.Gagnoud;Yves.Delannoy;l.SIMAP EPM-CNRS;1340 rue de la piscine;F-38402;Saint Martin d’Heres Cedex;France;Silicor Materials Inc.;Vaughan;Ontario;Canada;
..............page:243-247
microstructure evolution of cu-6%ag alloys by modified unidirectional solidification under a horizontal static magnetic field
ZUO Xiao-wei;ZHAO Cong-cong;MA Ming;WANG En-gang;HE Ji-cheng;Key Laboratory of Electromagnetic Processing of Materials;Northeastern University;
ZUO Xiao-wei;ZHAO Cong-cong;MA Ming;WANG En-gang;HE Ji-cheng;Key Laboratory of Electromagnetic Processing of Materials;Northeastern University;
..............page:248-251
modeling of electromagnetic,temperature,and velocity fields during solidification in an electromagnetically stirred melt
Gregory M POOLE;Nagy EL-KADDAH;Department of Metallurgical Engineering;University of Alabama;35487;Tuscaloosa;Alabama USA;
Gregory M POOLE;Nagy EL-KADDAH;Department of Metallurgical Engineering;University of Alabama;35487;Tuscaloosa;Alabama USA;
..............page:252-255
effect of a low-voltage pulsed magnetic field on the microstructure and mechanical properties of az80 alloy
FU Jun-wei;YANG Yuan-sheng;Institute of Metal Research;Chinese Academy of Sciences;
FU Jun-wei;YANG Yuan-sheng;Institute of Metal Research;Chinese Academy of Sciences;
..............page:256-259
investigating magnetic field orientation as an operational parameter in thermoelectric mhd solidification
A.Kao;K. Pericleous;School of Computing and Mathematical Sciences;University of Greenwich;London;SE 10 9LS UK;
A.Kao;K. Pericleous;School of Computing and Mathematical Sciences;University of Greenwich;London;SE 10 9LS UK;
..............page:260-264
study on as-cast structure of dc casting aluminum alloy under dual frequency electromagnetic field
ZHAO Zhi-hao;WANG Gao-song;CUI Jian-zhong;Key Lab.of EPM;Ministry of Education;China;Northeastern University;
ZHAO Zhi-hao;WANG Gao-song;CUI Jian-zhong;Key Lab.of EPM;Ministry of Education;China;Northeastern University;
..............page:265-268
numerical study of temperature development of slurry of al-si alloy in double-axis-electromagnetic stirrer
UENO Kazuyuki;HOJO Keisuke;ISHII Hajimu;SHIMASAKI Shin-ichi;TANIGUCHI Shoji;Graduate School of Engineering;Tohoku University;Graduate School of Environmental Studies;Tohoku University;
UENO Kazuyuki;HOJO Keisuke;ISHII Hajimu;SHIMASAKI Shin-ichi;TANIGUCHI Shoji;Graduate School of Engineering;Tohoku University;Graduate School of Environmental Studies;Tohoku University;
..............page:269-272
study on the grain refinement of an al-zn-mg-cu alloy prepared by lfec process
ZUO Yu-bo;ZHAO Zhi-hao;ZHANG Hai-tao;QIN Ke;CUI Jian-zhong;Key Laboratory of Electromagnetic Processing of Materials;Ministry of Education;Northeastern University;
ZUO Yu-bo;ZHAO Zhi-hao;ZHANG Hai-tao;QIN Ke;CUI Jian-zhong;Key Laboratory of Electromagnetic Processing of Materials;Ministry of Education;Northeastern University;
..............page:273-276
numerical modeling of magnetohydrodynamics and solidification phenomena in pam processed ti-6al-4v ingots
Laurentiu Nastac;Department of Metallurgical and Materials Engineering;The University of Alabama;Box 870202;Tuscaloosa;AL;35487;USA;
Laurentiu Nastac;Department of Metallurgical and Materials Engineering;The University of Alabama;Box 870202;Tuscaloosa;AL;35487;USA;
..............page:277-281
solidification of hyper-monotectic zinc-bismuth alloy in a strong magnetic field
ZHONG Yun-bo;WANG Jiang;ZHENG Tian-xiang;F.Debray;Y.Fautrelle;Shanghai University;LNCMI;CNRS/UJF/INSA/UPS;38042 Grenoble;France;SIMAP;EPM;CNRS;Grenoble;France;
ZHONG Yun-bo;WANG Jiang;ZHENG Tian-xiang;F.Debray;Y.Fautrelle;Shanghai University;LNCMI;CNRS/UJF/INSA/UPS;38042 Grenoble;France;SIMAP;EPM;CNRS;Grenoble;France;
..............page:282-285
experimental investigation of the natural and forced convection on solidification of sn-3wt.%pb alloy using a benchmark experiment
L.Hachani;R.Boussaa;B.Saadi;X-D.Wang;K.Zaidat;A.Belgacem Bouzida;D.Henry;V.Botton;H.Ben Hadid;Y.Fautrelle;Grenoble Institute of Technology;SIMAP-EPM Laboratory;PHELMA BP75 38402 Saint Martin d’Hères Cedex;France;Laboratory of Mechanics;University Amar Telidji of Laghouat;Algeria;University Hadj Lakhdar of Batna;Algeria;LMFA;Ecole Centrale de Lyon;36 avenue Guy de Collongue;69134 Ecully Cedex;France;GUCAS;
L.Hachani;R.Boussaa;B.Saadi;X-D.Wang;K.Zaidat;A.Belgacem Bouzida;D.Henry;V.Botton;H.Ben Hadid;Y.Fautrelle;Grenoble Institute of Technology;SIMAP-EPM Laboratory;PHELMA BP75 38402 Saint Martin d’Hères Cedex;France;Laboratory of Mechanics;University Amar Telidji of Laghouat;Algeria;University Hadj Lakhdar of Batna;Algeria;LMFA;Ecole Centrale de Lyon;36 avenue Guy de Collongue;69134 Ecully Cedex;France;GUCAS;
..............page:286-290
a new approach for segregation control in alloys by high magnetic field gradients and its application in functional materials
LIU Tie;WANG Qiang;LIU Yin;GAO Peng-fei;LOU Chang-sheng;HE Ji-cheng;Key Laboratory of Electromagnetic Processing of Materials;Northeastern University;
LIU Tie;WANG Qiang;LIU Yin;GAO Peng-fei;LOU Chang-sheng;HE Ji-cheng;Key Laboratory of Electromagnetic Processing of Materials;Northeastern University;
..............page:291-296
effect of high magnetic field on nucleation and growth of primary phase in hypoeutectic binary alloys
LI Chuan-jun;REN Zhong-ming;REN Wei-li;WU Yu-qin;School of Materials Science and Engineering;Shanghai University;College of Electromechanical Engineering;Wuhan Textile University;
LI Chuan-jun;REN Zhong-ming;REN Wei-li;WU Yu-qin;School of Materials Science and Engineering;Shanghai University;College of Electromechanical Engineering;Wuhan Textile University;
..............page:297-300
influence of a pulse magnetic field on the size and distribution of primary si in hypereutectic al-23%si alloy
BAN Chun-yan;JIANG Dan-dan;LIU Lian;CUI Jian-zhong;Key Laboratory of National Education Ministry for Electromagnetic Processing of Materials;Northeastern University;
BAN Chun-yan;JIANG Dan-dan;LIU Lian;CUI Jian-zhong;Key Laboratory of National Education Ministry for Electromagnetic Processing of Materials;Northeastern University;
..............page:301-304
Effects of Trace Amount Modified SiC Nanoparticles and Electromagnetic Stirring(EMS) on Microstructure and Mechanical Properties of 7055 Aluminum Alloy
YAN Zhi-ming;CHEN Mei-ling;YANG Jun;YANG Li;GAO Hong;School of Materials Science and Engineering.Dalian Jiaotong University;
YAN Zhi-ming;CHEN Mei-ling;YANG Jun;YANG Li;GAO Hong;School of Materials Science and Engineering.Dalian Jiaotong University;
..............page:305-308
numerical simulation of macrosegregation during the solidification of alloys under magnetic fields
XU Wei;ZHOU Jian-xin;WU Shun-tong;YIN Ya-jun;SHEN Xu;State Key Laboratory of Materials Processing and Die & Mould Technology;Huazhong University of Science and Technology;
XU Wei;ZHOU Jian-xin;WU Shun-tong;YIN Ya-jun;SHEN Xu;State Key Laboratory of Materials Processing and Die & Mould Technology;Huazhong University of Science and Technology;
..............page:309-312
effect of rotating electromagnetic stirring on solidification structure of incoloy 800h
JIANG En;WANG En-gang;ZHAN Guo-feng;DENG An-yuan;HE Ji-cheng;Key Laboratory of Electromagnetic Processing of Materials;Northeastern University;
JIANG En;WANG En-gang;ZHAN Guo-feng;DENG An-yuan;HE Ji-cheng;Key Laboratory of Electromagnetic Processing of Materials;Northeastern University;
..............page:313-316
a multi scale method for thermoelectric mhd in dendritic solidification
A Kao;K Pericleous;School of Computing and Mathematical Sciences;University of Greenwich;London SE10 9LS;UK;
A Kao;K Pericleous;School of Computing and Mathematical Sciences;University of Greenwich;London SE10 9LS;UK;
..............page:317-321
the effect of the combination of electromagnetic field on the surface quality and inner structure of hdc casting al 3004 ingot
ZHU Qing-feng;ZHAO Zhi-hao;ZUO Yu-bo;WANG Xiang-jie;CUI Jian-zhong;Key Laboratory of Electromagnetic Processing of Materials;Ministry of Education;Northeastern University;
ZHU Qing-feng;ZHAO Zhi-hao;ZUO Yu-bo;WANG Xiang-jie;CUI Jian-zhong;Key Laboratory of Electromagnetic Processing of Materials;Ministry of Education;Northeastern University;
..............page:322-326
synthesis of magnetically intensified aluminosilicate
IWAI Kazuhiko;ASANO Makoto;HAGIO Takeshi;EcoTopia Science Institute;Energy Science Research Department;Nagoya University;Furo-cho;Chikusa-ku;Nagoya;464-8603;Japan;Department of Materials;Physics and Energy Engineering;Nagoya University;Furo-cho;Chikusa-ku;Nagoya;464-8603;Japan;
IWAI Kazuhiko;ASANO Makoto;HAGIO Takeshi;EcoTopia Science Institute;Energy Science Research Department;Nagoya University;Furo-cho;Chikusa-ku;Nagoya;464-8603;Japan;Department of Materials;Physics and Energy Engineering;Nagoya University;Furo-cho;Chikusa-ku;Nagoya;464-8603;Japan;
..............page:327-330
effect of magnetic field on solidification microstructure of cu-20wt%nb alloys and properties of the in-situ deformed wires
ZHANG Lin;WANG Wen-bin;WANG En-gang;ZUO Xiao-wei;LI Zhuang;HE Ji-cheng;Key Laboratory of Electromagnetic Processing of Materials;Northeastern University;
ZHANG Lin;WANG Wen-bin;WANG En-gang;ZUO Xiao-wei;LI Zhuang;HE Ji-cheng;Key Laboratory of Electromagnetic Processing of Materials;Northeastern University;
..............page:331-334
investigation of impact toughness of electromagnetic centrifugal cast high speed steel
WANG Ming-jia;GU Tao;WANG Zi-xi;State Key Laboratory of Metastable Materials Science and Technology;Yanshan University;
WANG Ming-jia;GU Tao;WANG Zi-xi;State Key Laboratory of Metastable Materials Science and Technology;Yanshan University;
..............page:335-340
grain refinement by electromagnetic stirring and the impact on the mechanical properties of alsi-alloys
RBIGER Dirk;KRβIG Christoph;ECKERT Sven;GERBETH Gunter;Helmholtz-Zentrum Dresden-Rossendorf;01314 Dresden;Germany;
RBIGER Dirk;KRβIG Christoph;ECKERT Sven;GERBETH Gunter;Helmholtz-Zentrum Dresden-Rossendorf;01314 Dresden;Germany;
..............page:341-344
in-situ analysis of bulk solidifying the hyper-monotectic alloy under a compound electric-magnetic field by physical simulation
ZHONG Yun-bo;WANG Jiang;ZHENG Tian-xiang;LI Fu;Yves Fautrelle;REN Zhong-ming;Department of Material Science and Engineering;Shanghai University;SIMAP/EPM-Madylam/CNRS;ENSHMG BP 75;38402 St-Martin d’Heres Cedex;France;
ZHONG Yun-bo;WANG Jiang;ZHENG Tian-xiang;LI Fu;Yves Fautrelle;REN Zhong-ming;Department of Material Science and Engineering;Shanghai University;SIMAP/EPM-Madylam/CNRS;ENSHMG BP 75;38402 St-Martin d’Heres Cedex;France;
..............page:345-350
solidification structure of cu-fe alloy under a rotary electromagnetic stirrer
QU Lei;WANG En-gang;ZUO Xiao-wei;ZHANG Lin;HE Ji-cheng;Key Laboratory of Electromagnetic Processing of Materials;Northeastern University;
QU Lei;WANG En-gang;ZUO Xiao-wei;ZHANG Lin;HE Ji-cheng;Key Laboratory of Electromagnetic Processing of Materials;Northeastern University;
..............page:351-354
evolution of solidification structure of hypereutectic al-si alloy under a novel low-voltage alternating current pulse
ZHANG Li-min;ZHANG Rong;LI Ning;CHEN Wen-jing;DU Li-fei;Key Laboratory of Space Applied Physics and Chemistry;Ministry of Education;School of Science;Northwestern Polytechnical University;
ZHANG Li-min;ZHANG Rong;LI Ning;CHEN Wen-jing;DU Li-fei;Key Laboratory of Space Applied Physics and Chemistry;Ministry of Education;School of Science;Northwestern Polytechnical University;
..............page:355-358
effects of ultrasonic vibration and electromagnetic stirring on the dispersion of tib2 particles for az31 magnesium alloy
FANG Can-feng;WANG Lao-hu;MENG Ling-gang;HAO Hai;ZHANG Ai-min;ZHANG Xing-guo;School of Materials Science and Engineering.Dalian University of Technology;
FANG Can-feng;WANG Lao-hu;MENG Ling-gang;HAO Hai;ZHANG Ai-min;ZHANG Xing-guo;School of Materials Science and Engineering.Dalian University of Technology;
..............page:359-362
study on the electroslag remelting of bearing steel in static magnetic field
FENG Mei-long;ZHONG Yun-bo;WU Qiu-fang;CHEN Guang;LEI Zuo-sheng;REN Wei-li;REN Zhong-ming;Shanghai Key Laboratory of Modem Metallurgy and Material Processing;Shanghai University;
FENG Mei-long;ZHONG Yun-bo;WU Qiu-fang;CHEN Guang;LEI Zuo-sheng;REN Wei-li;REN Zhong-ming;Shanghai Key Laboratory of Modem Metallurgy and Material Processing;Shanghai University;
..............page:363-368
effect of electromagnetic stirring on fine grain formation and tensile property improvement for fe-ni superalloy
JIA Peng;LU Hui;ZUO Xiao-wei;WANG En-gang;HE Ji-cheng;Key Laboratory of Electromagnetic Processing of Materials;Northeastern University;
JIA Peng;LU Hui;ZUO Xiao-wei;WANG En-gang;HE Ji-cheng;Key Laboratory of Electromagnetic Processing of Materials;Northeastern University;
..............page:369-372
influence of the slowly rotating transverse magnetic fieldon the solidification of metallic alloys
I.Kaldre;Y.Fautrelle;J.Etay;A.Bojarevics;L.Buligins;SIMAP-EPM;PHELMA-Campus;BP75;38402 St Martin d’Heres Cedex;France;Institute of Physics University of Latvia;Miera str.32;LV-2169;Salaspils;Latvia;University of Latvia;Faculty of Physics and Mathematics;Zellu str.8;LV-1002;Riga;Latvia;
I.Kaldre;Y.Fautrelle;J.Etay;A.Bojarevics;L.Buligins;SIMAP-EPM;PHELMA-Campus;BP75;38402 St Martin d’Heres Cedex;France;Institute of Physics University of Latvia;Miera str.32;LV-2169;Salaspils;Latvia;University of Latvia;Faculty of Physics and Mathematics;Zellu str.8;LV-1002;Riga;Latvia;
..............page:373-376
solidification of cylindrical aluminum ingots with mhd-stirring
S.Yu.Khripchenko;V.M.Dolgikh;S.A.Denisov;I.V.Kolesnichenko;L.V.Nikulin;V.J.Zayakin;Institute of Continuous Media Mechanics UB RAS;Perm;Russia;Perm State National Research Polytechnical University;Perm;Russia;
S.Yu.Khripchenko;V.M.Dolgikh;S.A.Denisov;I.V.Kolesnichenko;L.V.Nikulin;V.J.Zayakin;Institute of Continuous Media Mechanics UB RAS;Perm;Russia;Perm State National Research Polytechnical University;Perm;Russia;
..............page:377-380
in-situ analyzing the influence of thermoelectromagnetic convection on the nucleation ahead of the advancing interface during directional solidification
WANG Jiang;FAUTRELLE Yves;REN Zhong-ming;LI Xi;NGUYEN-THI Henri;MANGELINCK-NOEL Nathalie;SALLOUM ABOU JAOUDE Georges;ZHONG Yun-bo;KALDRE Imants;BOJAREVICS Andris;BULIGINS Leonid;SIMAP/EPM-Madylam;BP 75 ENSEEG;38402 St-Martin d’Heres;France;Department of Material Science and Engineering;Shanghai University;Aix Marseille University;Campus Saint-Jerome;Case 142;13397 Marseille Cedex 20;France;CNRS;IM2NP;Campus Saint-Jerome;Case 142;13397 Marseille Cedex 20;France;University of Latvia/IPUL;Salaspils;Latvia;
WANG Jiang;FAUTRELLE Yves;REN Zhong-ming;LI Xi;NGUYEN-THI Henri;MANGELINCK-NOEL Nathalie;SALLOUM ABOU JAOUDE Georges;ZHONG Yun-bo;KALDRE Imants;BOJAREVICS Andris;BULIGINS Leonid;SIMAP/EPM-Madylam;BP 75 ENSEEG;38402 St-Martin d’Heres;France;Department of Material Science and Engineering;Shanghai University;Aix Marseille University;Campus Saint-Jerome;Case 142;13397 Marseille Cedex 20;France;CNRS;IM2NP;Campus Saint-Jerome;Case 142;13397 Marseille Cedex 20;France;University of Latvia/IPUL;Salaspils;Latvia;
..............page:381-385
evolution of microstructure for superalloy inconel 625 by electromagnetic stirring
JIA Peng;LU Hui;LI Rui;REN Zhan-you;WANG En-gang;HE Ji-cheng;Key Laboratory of Electromagnetic Processing of Materials;Northeastern University;
JIA Peng;LU Hui;LI Rui;REN Zhan-you;WANG En-gang;HE Ji-cheng;Key Laboratory of Electromagnetic Processing of Materials;Northeastern University;
..............page:386-389
effect of longitudinal magnetic field on microstructures of directionally solidified ni-based superalloy
XUAN Wei-dong;REN Zhong-ming;LI Chuan-jun;School of Material Science and Engineering;Shanghai University;
XUAN Wei-dong;REN Zhong-ming;LI Chuan-jun;School of Material Science and Engineering;Shanghai University;
..............page:390-393
effect of cr on steel solidification structure under ems
CHEN Jin;SU Zhi-Jian;Keiji Nakajima;HE Ji-Cheng;Key Laboratory of Electromagnetic Processing of Materials;Northeastern University;Division of Applied Process Metallurgy;Department of Materials Science and Engineering;Royal Institute of Technology;SE-10044 Stockholm;Sweden;
CHEN Jin;SU Zhi-Jian;Keiji Nakajima;HE Ji-Cheng;Key Laboratory of Electromagnetic Processing of Materials;Northeastern University;Division of Applied Process Metallurgy;Department of Materials Science and Engineering;Royal Institute of Technology;SE-10044 Stockholm;Sweden;
..............page:394-399
thermodynamics and kinetics study on improving the microstructure of high chromium cast iron by multi-alloying
MA You-ping;LI Xiu-lan;WANG Da-cheng;WANG Xiang-bo;SONG Shao-feng;DANG Xiao-ming;School of Metallurgic Engineering;Xi’an University of Architecture & Technology;The Technology Center of Rainbow Group;The Science Institute;Air Force Engineering University;
MA You-ping;LI Xiu-lan;WANG Da-cheng;WANG Xiang-bo;SONG Shao-feng;DANG Xiao-ming;School of Metallurgic Engineering;Xi’an University of Architecture & Technology;The Technology Center of Rainbow Group;The Science Institute;Air Force Engineering University;
..............page:400-405
large magnetostriction of fe-ga alloys by solidification with a static magnetic field
ZUO Xiao-wei;WANG En-gang;ZHANG Lin;HE Ji-cheng;Key Laboratory of Electromagnetic Processing of Materials;Northeastern University;
ZUO Xiao-wei;WANG En-gang;ZHANG Lin;HE Ji-cheng;Key Laboratory of Electromagnetic Processing of Materials;Northeastern University;
..............page:406-409
nondendritic microstructure of 6061 alloy obtained by electromagnetic casting and thixoformed properties
LIU Jing;YANG Yu long;WANG Ping;School of Science;Northeastern University;Key Laboratory of Ministry of Education For Electromagnetic Processing of Materials;Northeastern University;
LIU Jing;YANG Yu long;WANG Ping;School of Science;Northeastern University;Key Laboratory of Ministry of Education For Electromagnetic Processing of Materials;Northeastern University;
..............page:410-415
effect of electromagnetic stirring on solidification structure of incoloy 825 superalloy
LI Rui;WANG En-gang;JIA Peng;LU Hui;HE Ji-cheng;Key Laboratory of Electromagnetic Processing of Materials;Northeastern University;
LI Rui;WANG En-gang;JIA Peng;LU Hui;HE Ji-cheng;Key Laboratory of Electromagnetic Processing of Materials;Northeastern University;
..............page:416-419
the effect of ac electro-magnetic body force on the solidified microstructure of zn-10%bi hyper-monotectic alloy
ZHENG Tian-xiang;ZHONG Yun-bo;SUN Zong-qian;WANG Jiang;LEI Zuo-sheng;REN Wei-li;REN Zhong-ming;Shanghai Key Laboratory of Modern Metallurgy & Material Process;Shanghai University;
ZHENG Tian-xiang;ZHONG Yun-bo;SUN Zong-qian;WANG Jiang;LEI Zuo-sheng;REN Wei-li;REN Zhong-ming;Shanghai Key Laboratory of Modern Metallurgy & Material Process;Shanghai University;
..............page:420-424
the droplet evolution trend and purification efficiency in esr process by superimposing a static magnetic field
WU Qiu-fang;ZHONG Yun-bo;FENG Mei-long;LEI Zuo-sheng;REN Wei-li;FAN Yang-yang;REN Zhong-ming;Shanghai Key Laboratory of Modern Metallurgy and Material Processing.Shanghai University;
WU Qiu-fang;ZHONG Yun-bo;FENG Mei-long;LEI Zuo-sheng;REN Wei-li;FAN Yang-yang;REN Zhong-ming;Shanghai Key Laboratory of Modern Metallurgy and Material Processing.Shanghai University;
..............page:425-429
microstructure of cu-6%ag alloys solidified with different ems and their drawn properties
SHANG Xue;WANG En-gang;ZUO Xiao-wei;ZHAO Cong-cong;ZHANG Lin;HE Ji-cheng;Key Laboratory of Electromagnetic Processing of Materials;Northeastern University;
SHANG Xue;WANG En-gang;ZUO Xiao-wei;ZHAO Cong-cong;ZHANG Lin;HE Ji-cheng;Key Laboratory of Electromagnetic Processing of Materials;Northeastern University;
..............page:430-433
the research on micro electronic-magnetic forming of sheet metal
ZHAO Qing-juan;GUO Bin;WANG Chun-ju;SHAN De-bin;YU Hai-ping;LI Chun-feng;School of Materials Science and Engineering;Harbin Institute of Technology;
ZHAO Qing-juan;GUO Bin;WANG Chun-ju;SHAN De-bin;YU Hai-ping;LI Chun-feng;School of Materials Science and Engineering;Harbin Institute of Technology;
..............page:434-437
investigations on flanging of aluminum alloy tube under pulsed magnetic force
YU Hai-ping;JIANG Hong-wei;LI Chun-feng;National Key Laboratory for Precision Hot Processing of Metals;Harbin Institute of Technology;
YU Hai-ping;JIANG Hong-wei;LI Chun-feng;National Key Laboratory for Precision Hot Processing of Metals;Harbin Institute of Technology;
..............page:438-441
interface microstructure of al-fe tubes joint by magnetic pulse welding
XU Zhi-dan;YU Hai-ping;LI Chun-feng;HAN Yu-jie;National Key Laboratory for Precision Hot Processing of Metals;Harbin Institute of Technology;The Key Laboratory of Advanced Welding and Joining;Harbin Institute of Technology;
XU Zhi-dan;YU Hai-ping;LI Chun-feng;HAN Yu-jie;National Key Laboratory for Precision Hot Processing of Metals;Harbin Institute of Technology;The Key Laboratory of Advanced Welding and Joining;Harbin Institute of Technology;
..............page:442-445
microstructure refinement of mg-gd-y-zr alloy under pulsed magnetic field
WANG Bin;YANG Yuan-sheng;College of Engineering;Zhejiang Normal University;Institute of Metal Research;Chinese Academy of Sciences;
WANG Bin;YANG Yuan-sheng;College of Engineering;Zhejiang Normal University;Institute of Metal Research;Chinese Academy of Sciences;
..............page:446-450
numerical and experimental investigation of electromagnetic free bulging of az31 magnesium alloy sheet
XU Jun-rui;YU Hai-ping;LI Chun-feng;National Key Laboratory for Precision Hot Processing of Metals;Harbin Institute of Technology;
XU Jun-rui;YU Hai-ping;LI Chun-feng;National Key Laboratory for Precision Hot Processing of Metals;Harbin Institute of Technology;
..............page:451-454
preparing high silicon steel by sintering fe-6.5%si powder compacts in static magnetic field
TANG Nie-wei;ZHONG Yun-bo;SUN Zong-qian;ZHENG Tian-xiang;Shanghai Key Laboratory of Modern Metallurgy & Material Processing;Shanghai University;
TANG Nie-wei;ZHONG Yun-bo;SUN Zong-qian;ZHENG Tian-xiang;Shanghai Key Laboratory of Modern Metallurgy & Material Processing;Shanghai University;
..............page:455-458
the influence of natural convection and electromagnetically driven flows on segregation freckle formation
Shevchenko Natalia;Boden Stephan;Eckert Sven;Gerbeth Gunter;Helmholtz-Zentrum Dresden-Rossendorf;P.O.Box 510119;01314 Dresden;Germany;
Shevchenko Natalia;Boden Stephan;Eckert Sven;Gerbeth Gunter;Helmholtz-Zentrum Dresden-Rossendorf;P.O.Box 510119;01314 Dresden;Germany;
..............page:459-462
study of the influence of traveling field frequency and wave length on pressure-flow rate characteristic and modeling of mhd coupling in annular linear induction pump
C.ROMAN;M.DUMONT;Y.FAUTRELLE;V.FIRETEANU;S.VITRY;F.REY;Grenoble Institute of Technology/SIMAP/EPM Laboratory;France;University POLITEHNICA of Bucharest;EPM NM Laboratory;Romania;CEA/Cad/DTN/STPA/LCIT;Cadarache;France;
C.ROMAN;M.DUMONT;Y.FAUTRELLE;V.FIRETEANU;S.VITRY;F.REY;Grenoble Institute of Technology/SIMAP/EPM Laboratory;France;University POLITEHNICA of Bucharest;EPM NM Laboratory;Romania;CEA/Cad/DTN/STPA/LCIT;Cadarache;France;
..............page:463-466
fluid flow simulation of the influence of a steady magnetic field on the weld pool dynamics in deep penetration laser beam welding of aluminum
BACHMANN Marcel;AVILOV Vjaceslav;GUMENYUK Andrey;RETHMEIER Michael;BAM Federal Institute for Materials Research and Testing;Berlin 12205;Germany;
BACHMANN Marcel;AVILOV Vjaceslav;GUMENYUK Andrey;RETHMEIER Michael;BAM Federal Institute for Materials Research and Testing;Berlin 12205;Germany;
..............page:467-470
numerical simulation of induced alterations of flow patterns within glass melts using external lorentz forces
Ulrich Lüdtke;Senan Soubeih;Bernd Halbedel;Department of Electrothermal Energy Conversion;Ilmenau University of Technology;Ilmenau D-98693;Germany;Department of Inorganic-Nonmetallic Materials;Ilmenau University of Technology;Ilmenau D-98693;Germany;
Ulrich Lüdtke;Senan Soubeih;Bernd Halbedel;Department of Electrothermal Energy Conversion;Ilmenau University of Technology;Ilmenau D-98693;Germany;Department of Inorganic-Nonmetallic Materials;Ilmenau University of Technology;Ilmenau D-98693;Germany;
..............page:471-474
new developments in lorentz force velocimetry
A.Thess;T.Boeck;S.Engert;M.Gramss;C.Heinicke;D.Jian;C.Karcher;R.Klein;Y.Kolesnikov;V.Minchenya;G.Pulugundla;C.Resagk;F.Santara;J.Schumacher;S.Tympel;C.Weidermann;A. Wegfrass;Institute of Thermodynamics and Fluid Mechanics;Ilmenau University of Technology;Ilmenau 100565 98684;Germany;
A.Thess;T.Boeck;S.Engert;M.Gramss;C.Heinicke;D.Jian;C.Karcher;R.Klein;Y.Kolesnikov;V.Minchenya;G.Pulugundla;C.Resagk;F.Santara;J.Schumacher;S.Tympel;C.Weidermann;A. Wegfrass;Institute of Thermodynamics and Fluid Mechanics;Ilmenau University of Technology;Ilmenau 100565 98684;Germany;
..............page:475-478
combining contactless inductive flow tomography and mutual inductance tomography for two-phase flow measurements at a continuous casting model
STEFANI Frank;ECKERT Sven;GERBETH Gunter;KLOTSCHE Konrad;TIMMEL Klaus;WONDRAK;Thomas;PEYTON Anthony J.;TERZIJA Natasa;YIN Wuliang;Helmholtz-Zentrum Dresden-Rossendorf;P.O.Box 510119;Dresden D-01314;Germany;School of Electrical and Electronic Engineering;The University of Manchester;P.O.Box 88;Sackville Street;Manchester M13 9PL;UK;
STEFANI Frank;ECKERT Sven;GERBETH Gunter;KLOTSCHE Konrad;TIMMEL Klaus;WONDRAK;Thomas;PEYTON Anthony J.;TERZIJA Natasa;YIN Wuliang;Helmholtz-Zentrum Dresden-Rossendorf;P.O.Box 510119;Dresden D-01314;Germany;School of Electrical and Electronic Engineering;The University of Manchester;P.O.Box 88;Sackville Street;Manchester M13 9PL;UK;
..............page:479-482
turbulent melt flow excited by amplitude-andfrequency modulated rmf
A.Kapusta;M.Khavkin;Sh.Lesin;B.Mikhailovich;B.Tilman;Center for MHD Studies;Ben-Gurion University of the Negev;Beer-Sheva;Israel;Energetics Technologies Ltd;Omer;Israel;Department of Mechanical Engineering;Ben-Gurion University of the Negev;Beer-Sheva;Israel;
A.Kapusta;M.Khavkin;Sh.Lesin;B.Mikhailovich;B.Tilman;Center for MHD Studies;Ben-Gurion University of the Negev;Beer-Sheva;Israel;Energetics Technologies Ltd;Omer;Israel;Department of Mechanical Engineering;Ben-Gurion University of the Negev;Beer-Sheva;Israel;
..............page:483-486
liquid metal heat transfer in an inclined tube affected by a longitudinal magnetic field
BELYAEV Ivan A.;LISTRATOV Yaroslav I.;RAZUVANOV Nikita G.;Sviridov Valentin G.;MPEI-Moscow Power Engineering Institute;JIHT-Joint Institute of High Temperatures of the Russian Academy of Science;
BELYAEV Ivan A.;LISTRATOV Yaroslav I.;RAZUVANOV Nikita G.;Sviridov Valentin G.;MPEI-Moscow Power Engineering Institute;JIHT-Joint Institute of High Temperatures of the Russian Academy of Science;
..............page:487-490
parametric instability of a liquid metal sessile drop under a high frequency amplitude-modulate magnetic field
LEI Zuo-sheng;ZHANG Li-jie;CHEN Chao-yue;GUO Jia-hong;REN Zhong-ming;FAUTRELLE Yves;ETAY Jecqueline;Shanghai Key Laboratory of Modern Metallurgy and Material Processing;Shanghai University;Shanghai Institute of Applied Mathematics and Mechanics;Shanghai University;SIMAP-EPM laboratory;Grenoble Institute of Technology/CNRS UMR 5266;38402 St-Martin d’Heres;France;
LEI Zuo-sheng;ZHANG Li-jie;CHEN Chao-yue;GUO Jia-hong;REN Zhong-ming;FAUTRELLE Yves;ETAY Jecqueline;Shanghai Key Laboratory of Modern Metallurgy and Material Processing;Shanghai University;Shanghai Institute of Applied Mathematics and Mechanics;Shanghai University;SIMAP-EPM laboratory;Grenoble Institute of Technology/CNRS UMR 5266;38402 St-Martin d’Heres;France;
..............page:491-494
optimal design of bobbinless rotary magnetorheological material based brake
NGUYEN Quoc-hung;CHOI Seung-bok;SONG Byung-keun;Department of Mechanical Engineering;Inha University;Incheon 402-751;Korea;Department of Mechanical System Engineering;University of Incheon;Incheon 406-840;Korea;
NGUYEN Quoc-hung;CHOI Seung-bok;SONG Byung-keun;Department of Mechanical Engineering;Inha University;Incheon 402-751;Korea;Department of Mechanical System Engineering;University of Incheon;Incheon 406-840;Korea;
..............page:495-500
production of mono dispersed silicon balls for solar cells by intermittent electromagnetic pinch force
Akihiro Minagawa;Shin-ichi Shimasaki;Shoji Taniguchi;Graduate School of Environmental Studies;Tohoku University Aoba-yama 6-6-02;Aoba-ku;Sendai 980-8579;Japan;
Akihiro Minagawa;Shin-ichi Shimasaki;Shoji Taniguchi;Graduate School of Environmental Studies;Tohoku University Aoba-yama 6-6-02;Aoba-ku;Sendai 980-8579;Japan;
..............page:501-504
an experimental study of a bubble-driven liquid metal flow under the influence of a rotating magnetic field
VOGT Tobias;ANDRUSZKIEWICZ Artur;ECKERT Kerstin;ODENBACH Stephan;ECKERT Sven;GERBETH Gunter;Helmholtz-Zentrum Dresden-Rossendorf;Dresden 01314;Germany;Technische Universitt Dresden;Dresden 01069;Germany;
VOGT Tobias;ANDRUSZKIEWICZ Artur;ECKERT Kerstin;ODENBACH Stephan;ECKERT Sven;GERBETH Gunter;Helmholtz-Zentrum Dresden-Rossendorf;Dresden 01314;Germany;Technische Universitt Dresden;Dresden 01069;Germany;
..............page:505-508
development of a non-contact electromagnetic surface velocity sensor for molten metal flow
JIAN Dan-dan;KARCHER Christian;XU Xiu-jie;DENG An-yuan;WANG En-gang;THESS André;Ilmenau University of Technology;Institute of Thermodynamics and Fluid Mechanics;Ilmenau 100565;Germany;Key Laboratories on EPM;Ministry of Science;Northeastern University;
JIAN Dan-dan;KARCHER Christian;XU Xiu-jie;DENG An-yuan;WANG En-gang;THESS André;Ilmenau University of Technology;Institute of Thermodynamics and Fluid Mechanics;Ilmenau 100565;Germany;Key Laboratories on EPM;Ministry of Science;Northeastern University;
..............page:509-513
low rm mhd turbulence:the role of boundaries
Alban Pothérat;Applied Mathematics Research Centre;Coventry University Priory Street;Coventry CV 15FB;UK;
Alban Pothérat;Applied Mathematics Research Centre;Coventry University Priory Street;Coventry CV 15FB;UK;
..............page:514-518
lubrication property of magnetorheological fluid with nano-silica additives under magnetic field
SONG Wan-li;CHOI Seung-bok;CHO Myeong-woo;Smart Structures and Systems Laboratory;Department of Mechanical Engineering;Inha University;Incheon 402-751;Korea;Micro Manufacturing Systems Laboratory;Department of Mechanical Engineering;Inha University;Incheon 402-751;Korea;
SONG Wan-li;CHOI Seung-bok;CHO Myeong-woo;Smart Structures and Systems Laboratory;Department of Mechanical Engineering;Inha University;Incheon 402-751;Korea;Micro Manufacturing Systems Laboratory;Department of Mechanical Engineering;Inha University;Incheon 402-751;Korea;
..............page:519-523
development of clarification technology for molten-al by a combination of cyclone and electromagnetic separation
Akihiro Nakabayashi;Kim Hwee;Shin-ichi Shimasaki;Shoji Taniguchi;Graduate School of Environmental Studies;Tohoku University;Aoba-yama 6-6-02;Aoba-ku;Sendai 980-8579;Japan;Nippon Light Metal Company Ltd.;Kanbara 161;Shimizu-ku;Shizuoka 421-3203;Japan;
Akihiro Nakabayashi;Kim Hwee;Shin-ichi Shimasaki;Shoji Taniguchi;Graduate School of Environmental Studies;Tohoku University;Aoba-yama 6-6-02;Aoba-ku;Sendai 980-8579;Japan;Nippon Light Metal Company Ltd.;Kanbara 161;Shimizu-ku;Shizuoka 421-3203;Japan;
..............page:524-527
linear permanent-magnet pump and stirrer for molten aluminium
Beinerts Toms;Bojarevics Andris;Gelfgat Yurii;Bucenieks Imants;Institute of Physics;University of Latvia;Salaspils LV-2169;Latvia;
Beinerts Toms;Bojarevics Andris;Gelfgat Yurii;Bucenieks Imants;Institute of Physics;University of Latvia;Salaspils LV-2169;Latvia;
..............page:528-530
numerical modelling of free surface dynamics of melt in alternate electromagnetic field
SPITANS Sergejs;JAKOVICS Andris;BAAKE Egbert;NACKE Bernard;Laboratory for Mathematical Modelling of Environmental and Technological Processes;University of Latvia;Riga;Latvia;Institute of Electrotechnology;Leibniz University of Hanover;Hanover;Germany;
SPITANS Sergejs;JAKOVICS Andris;BAAKE Egbert;NACKE Bernard;Laboratory for Mathematical Modelling of Environmental and Technological Processes;University of Latvia;Riga;Latvia;Institute of Electrotechnology;Leibniz University of Hanover;Hanover;Germany;
..............page:531-535
the impact of an oxidised surface on the melt flow driven by a rotating magnetic field in a cylindrical column
ECKERT Sven;SHATROV Victor;ZHANG Chaojie;GERBETH Gunter;Helmholtz-Zentrum Dresden-Rossendorf;Dresden 01314;Germany;
ECKERT Sven;SHATROV Victor;ZHANG Chaojie;GERBETH Gunter;Helmholtz-Zentrum Dresden-Rossendorf;Dresden 01314;Germany;
..............page:536-539
liquid metal stirring in a rectangular cavity generated by the traveling magnetic field
S.Yu.Khripchenko;P.A.Oborin;Institute of Continuous Media Mechanics UB RAS;Perm;Russia;Perm State National Research Polytechnical University;Perm;Russia;
S.Yu.Khripchenko;P.A.Oborin;Institute of Continuous Media Mechanics UB RAS;Perm;Russia;Perm State National Research Polytechnical University;Perm;Russia;
..............page:540-543
the flow of liquid metal in the mhd-stirrer for cylindrical moulds
Ilya Kolesnichenko;Ruslan Khalilov;Alexander Pavlinov;Institute of Continuous Media Mechanics;UB RAS;Perm;Russia;Perm National Research Polytechnic University;Perm;Russia;
Ilya Kolesnichenko;Ruslan Khalilov;Alexander Pavlinov;Institute of Continuous Media Mechanics;UB RAS;Perm;Russia;Perm National Research Polytechnic University;Perm;Russia;
..............page:544-547
traveling magnetic field pump with c-shaped cores
SERGEY Denisov;VENIAMIN Dolgikh;RUSLN Khalilov;ILYA Kolesnichenko;STANISLAV Khripchenko;Institute of Continuous Media Mechanics;UB of RAS;Perm 614013;Russia;
SERGEY Denisov;VENIAMIN Dolgikh;RUSLN Khalilov;ILYA Kolesnichenko;STANISLAV Khripchenko;Institute of Continuous Media Mechanics;UB of RAS;Perm 614013;Russia;
..............page:548-552
fabrication of different sic architecture via a simple method
MA Wen-hui;LUO Xiao-gang;WEI Kui-xian;ZHOU Yang;XIE Ke-qiang;YANG Bin;DAI Yong-nian;Faculty of Metallurgical and Energy Engineering;Kunming University of Science and Technology;National Engineering Laboratory for Vacuum Metallurgy/Engineering Research Center for Silicon Metallurgy and Silicon Materials of Yunnan Provincial Universities;Kunming University of Science and Technology;
MA Wen-hui;LUO Xiao-gang;WEI Kui-xian;ZHOU Yang;XIE Ke-qiang;YANG Bin;DAI Yong-nian;Faculty of Metallurgical and Energy Engineering;Kunming University of Science and Technology;National Engineering Laboratory for Vacuum Metallurgy/Engineering Research Center for Silicon Metallurgy and Silicon Materials of Yunnan Provincial Universities;Kunming University of Science and Technology;
..............page:553-556
the sensitivity to axial alignment of a flow driven by a travelling magnetic field
PAL Josef;CRAMER Andreas;GERBETH Gunter;KOAL Kristina;TSCHISGALE Silvio;STILLER Jrg;Helmholtz-Zentrum Dresden-Rossendorf;Dresden 01314;Germany;Technische Universitt Dresden;Dresden 01062;Germany;Technische Universitt Dresden;Dresden 01062;Germany;
PAL Josef;CRAMER Andreas;GERBETH Gunter;KOAL Kristina;TSCHISGALE Silvio;STILLER Jrg;Helmholtz-Zentrum Dresden-Rossendorf;Dresden 01314;Germany;Technische Universitt Dresden;Dresden 01062;Germany;Technische Universitt Dresden;Dresden 01062;Germany;
..............page:557-560
an application of the inverse solution for electric current distribution from magnetic field measurements in aluminium electrolysis cells
Valdis Bojarevics;James W.Evans;University of Greenwich Park Row;London SE10 9LS;UK;Dept.Matls.Sci.& Eng.;University of California Berkeley and Wireless Industrial Technologies;Inc.;
Valdis Bojarevics;James W.Evans;University of Greenwich Park Row;London SE10 9LS;UK;Dept.Matls.Sci.& Eng.;University of California Berkeley and Wireless Industrial Technologies;Inc.;
..............page:561-565
turbulent melt flow in a helical channel of an inductive pump
A.Kapusta;B.Mikhailovich;L.Reymal;B.Tilman;Center for MHD Studies;Ben-Gurion University of the Negev;Beer-Sheva;Israel;Department of Mechanical Engineering;Ben-Gurion University of the Negev;Beer-Sheva;Israel;Mahyd and Co;Tallinn;Estonia;
A.Kapusta;B.Mikhailovich;L.Reymal;B.Tilman;Center for MHD Studies;Ben-Gurion University of the Negev;Beer-Sheva;Israel;Department of Mechanical Engineering;Ben-Gurion University of the Negev;Beer-Sheva;Israel;Mahyd and Co;Tallinn;Estonia;
..............page:566-568
application of mhd-principles in metallurgy
S.Yu.Khripchenko;V.M.Dolgikh;S.A.Denisov;I.V.Kolesnichenko;Institute of Continuous Media Mechanics UB RAS;Perm;Russia;Perm State National Research Polytechnical University;Perm;Russia;
S.Yu.Khripchenko;V.M.Dolgikh;S.A.Denisov;I.V.Kolesnichenko;Institute of Continuous Media Mechanics UB RAS;Perm;Russia;Perm State National Research Polytechnical University;Perm;Russia;
..............page:569-573
flow control during solidification of alsi-alloys by means of tailored ac magnetic fields
ZHANG Yun-hu;RBIGER Dirk;VOGT Tobias;ECKERT Sven;GERBETH Gunte;Helmholtz-Zentrum Dresden-Rossendorf;Dresden 01314;Germany;
ZHANG Yun-hu;RBIGER Dirk;VOGT Tobias;ECKERT Sven;GERBETH Gunte;Helmholtz-Zentrum Dresden-Rossendorf;Dresden 01314;Germany;
..............page:574-577
lorentz force velocimetry for local velocity measurement
HEINICKE Christiane;PULUGUNDLA Gautam;TYMPEL Saskia;BOECK Thomas;KARCHER Christian;SCHUMACHER Joerg;RAHNEBERG Ilko;FROEHLICH Thomas;HILBRUNNER Falko;THESS André;Department of Mechanical Engineering;Ilmenau University of Technology;Ilmenau 98684;Germany;
HEINICKE Christiane;PULUGUNDLA Gautam;TYMPEL Saskia;BOECK Thomas;KARCHER Christian;SCHUMACHER Joerg;RAHNEBERG Ilko;FROEHLICH Thomas;HILBRUNNER Falko;THESS André;Department of Mechanical Engineering;Ilmenau University of Technology;Ilmenau 98684;Germany;
..............page:578-581
flowrate measurement in turbulent liquid metal channel flow using time-of-flight lorentz force velocimetry:experimental investigations and numerical modeling
JIAN Dan-dan;KARCHER Christian;Ilmenau University of Technology;Institute of Thermodynamics and Fluid Mechanics;Ilmenau D-98684;Germany;
JIAN Dan-dan;KARCHER Christian;Ilmenau University of Technology;Institute of Thermodynamics and Fluid Mechanics;Ilmenau D-98684;Germany;
..............page:582-585
turbulent magneto-convection in a differentially heated enclosure
MOHSEN Pirmohammadi;MAJID Ghassemi;GHANBAR ALI Sheikhzadeh;MOHSEN Hamedi;Research Management of R and D Deputy;Mapna Group;Tehran;Iran;Department of Mechanical Engineering;K.N.Toosi University of Technology;Tehran;Iran;Mechanical Engineering Department;University of Kashan;Kashan;Iran;School of Mechanical Engineering;University of Tehran;Tehran;Iran;
MOHSEN Pirmohammadi;MAJID Ghassemi;GHANBAR ALI Sheikhzadeh;MOHSEN Hamedi;Research Management of R and D Deputy;Mapna Group;Tehran;Iran;Department of Mechanical Engineering;K.N.Toosi University of Technology;Tehran;Iran;Mechanical Engineering Department;University of Kashan;Kashan;Iran;School of Mechanical Engineering;University of Tehran;Tehran;Iran;
..............page:586-591
a study of the velocity field of liquid sodium in a toroidal channel
RUSLAN Khalilov;ILYA Kolesnichenko;RODION Stepanov;Institute of Continuous Media Mechanics UB RAS;Perm 614013;Russia;
RUSLAN Khalilov;ILYA Kolesnichenko;RODION Stepanov;Institute of Continuous Media Mechanics UB RAS;Perm 614013;Russia;
..............page:592-595
improvement of heat generation ability in ac magnetic field and magnetic properties for spinel type mgfe2o4 ferrite by cu substitution and beads milling
Hideyuki HIRAZAWA;Hiromichi AONO;Takashi Naohara;Tsunehiro MAEHARA;Yuji WATANABE;Department of Environmental Materials Engineering;Niihama National College of Technology;Niihama 792858 0;Ehime;Japan;Graduate School of Science and Engineering;Ehime University;Matsuyama 790857 7;Ehime;Japan;Department of Organ Regenerative Surgery;Ehime University;Toon 791029 5;Ehime;Japan;
Hideyuki HIRAZAWA;Hiromichi AONO;Takashi Naohara;Tsunehiro MAEHARA;Yuji WATANABE;Department of Environmental Materials Engineering;Niihama National College of Technology;Niihama 792858 0;Ehime;Japan;Graduate School of Science and Engineering;Ehime University;Matsuyama 790857 7;Ehime;Japan;Department of Organ Regenerative Surgery;Ehime University;Toon 791029 5;Ehime;Japan;
..............page:596-599
heat generation properties in ac magnetic field for ferrimagnetic r3fe5o12 r=y,sm,gd,dy,ho,er powder materials synthesized by reverse coprecipitation method
Tadahiko NISHIMORI;Takashi NAOHARA;Tsunehiro MAEHARA;Hideyuki HIRAZAWA;Hiromichi AONO;Graduate School of Science and Engineering;Ehime University;Matsuyama 790-8577;Japan;Department of Environmental Materials Engineering;Niihama National College of Technology;
Tadahiko NISHIMORI;Takashi NAOHARA;Tsunehiro MAEHARA;Hideyuki HIRAZAWA;Hiromichi AONO;Graduate School of Science and Engineering;Ehime University;Matsuyama 790-8577;Japan;Department of Environmental Materials Engineering;Niihama National College of Technology;
..............page:600-603
experimental study of material removal process of fused silica glass using mr jet polishing system
LEE Jung-Won;CHO Yong-Kyu;CAI Yue;CHOI Seung-Bok;CHO Myeong-Woo;Department of Mechanical Engineering;Inha University;Incheon 402-751;Korea;
LEE Jung-Won;CHO Yong-Kyu;CAI Yue;CHOI Seung-Bok;CHO Myeong-Woo;Department of Mechanical Engineering;Inha University;Incheon 402-751;Korea;
..............page:604-607
revealing liquid metal target malfunctions by means of vibrations and sound pressure monitoring
S.B.Dementjev;R.Z.Milenkovic;M.Wohlmuther;F.Barbagallo;E. Manfrin;Paul Scherrer Institut;Villigen PSI 5232;Switzerland;
S.B.Dementjev;R.Z.Milenkovic;M.Wohlmuther;F.Barbagallo;E. Manfrin;Paul Scherrer Institut;Villigen PSI 5232;Switzerland;
..............page:608-612