Folgen
K.H. Spitzer
K.H. Spitzer
Bestätigte E-Mail-Adresse bei tu-clausthal.de
Titel
Zitiert von
Zitiert von
Jahr
Spray water cooling heat transfer at high temperatures and liquid mass fluxes
J Wendelstorf, KH Spitzer, R Wendelstorf
International Journal of heat and mass transfer 51 (19-20), 4902-4910, 2008
2452008
Rotational electromagnetic stirring in continuous casting of round strands
KH Spitzer, M Dubke, K Schwerdtfeger
Metallurgical transactions B 17, 119-131, 1986
2391986
Effect of oxide layers on spray water cooling heat transfer at high surface temperatures
R Wendelstorf, KH Spitzer, J Wendelstorf
International Journal of Heat and Mass Transfer 51 (19-20), 4892-4901, 2008
1002008
Mathematical model for thermal tracking and on-line control in continuous casting
KH Spitzer, K Harste, B Weber, P Monheim, K Schwerdtfeger
ISIJ international 32 (7), 848-856, 1992
921992
Flow fields in electromagnetic stirring of rectangular strands with linear inductors: Part I. Theory and experiments with cold models
M Dubke, KH Tacke, KH Spitzer, K Schwerdtfeger
Metallurgical Transactions B 19, 581-593, 1988
881988
Multi-frequency electromagnetic stirring of liquid metals
KH Spitzer, G Reiter, K Schwerdtfeger
ISIJ international 36 (5), 487-492, 1996
691996
Direct Strip Casting (DSC)‐an Option for the Production of New Steel Grades
KH Spitzer, F Rüppel, R Viščorová, R Scholz, J Kroos, V Flaxa
steel research international 74 (11-12), 724-731, 2003
642003
Flow fields in electromagnetic stirring of rectangular strands with linear inductors: Part II. Computation of flow fields in billets, blooms, and slabs of steel
M Dubke, KH Tacke, KH Spitzer, K Schwerdtfeger
Metallurgical Transactions B 19, 595-602, 1988
541988
Application of rotating magnetic fields in Czochralski crystal growth
KH Spitzer
Progress in crystal growth and characterization of materials 38 (1-4), 59-71, 1999
461999
Application of reduction of area–temperature diagrams to the prediction of surface crack formation in continuous casting of steel
K Schwerdtfeger, KH Spitzer
ISIJ international 49 (4), 512-520, 2009
332009
Study of heat transfer through layers of casting flux: experiments with a laboratory set‐up simulating the conditions in continuous casting
JF Holzhauser, KH Spitzer, K Schwerdtfeger
Steel research 70 (7), 252-258, 1999
321999
Development of soft reduction at inexa profil for the possibility of increased productivity with maintained or improved product quality
R Nyström, KH Spitzer
steel research international 74 (11-12), 700-707, 2003
272003
Further Results from Strip Casting with the Single-BeltProcess
K Schwerdtfeger, KH Spitzer, J Kroos, P Funke, KH Hower
ISIJ international 40 (8), 756-764, 2000
252000
Thermodynamics and diffusion in ternary Fe–Al–Cr alloys, Part I: Thermodynamic modeling
MHG Jacobs, R Schmid-Fetzer, T Markus, V Motalov, G Borchardt, ...
Intermetallics 16 (8), 995-1005, 2008
242008
Ceria: recent results on dopant-induced surface phenomena
N Knoblauch, H Simon, L Dörrer, D Uxa, S Beschnitt, P Fielitz, ...
Inorganics 5 (4), 76, 2017
222017
Conventional and tailored Mn‐bearing alloying agents for the production of high manganese steels
G Hils, A Newirkowez, M Kroker, U Grethe, R Schmidt‐Jürgensen, J Kroos, ...
Steel research international 86 (4), 411-421, 2015
192015
Spray water cooling heat transfer under oxide scale formation conditions
R Viscorova, R Scholz, KH Spitzer, J Wendelstorf
Advanced Computational Methods in Heat Transfer IX 53, 163-172, 2006
192006
Spatial-distribution of magnetic-field of linear inductors used for electromagnetic stirring in continuous-casting of steel
M Dubke, KH Spitzer, K Schwerdtfeger
IRONMAKING & STEELMAKING 18 (5), 347-353, 1991
181991
Production of steel strip with a single-belt process
KH Spitzer, K Schwerdtfeger
Iron & steelmaker 22 (11), 47-53, 1995
171995
Laboratory study of heat transfer through thin layers of casting slag: minimization of the slag/probe contact resistance
JF Holzhauser, KH Spitzer, K Schwerdtfeger
Steel research 70 (10), 430-436, 1999
161999
Das System kann den Vorgang jetzt nicht ausführen. Versuchen Sie es später erneut.
Artikel 1–20