Editors and press        Scope        Editorial staff        Contact        Instructions for authors        Abstract databases        AMS online      Year 2013      Year 2012      Year 2011      Year 2010      Year 2009      Year 2008      Year 2007      Year 2006      Year 2005 1 2 3 4      Year 2004      Year 2003      Year 2002      Year 2001      Year 2000      Year 1999      Year 1998      Year 1997                Conferences        Linksd                 Visits: 85944544 AMS now reading: 1 search: by author by theme by key word Year 2005 No 3 Dobrovský Ľ., Řeháčková L., Dobrovská J., Stránský K., Dobrovská V. PREDICTION OF CARBON DISTRIBUTION IN WELDED JOINTS OF STEELS Keywords: Quasi-stationary diffusion|welded joints of steels|interstitial elements|carbon| No 3 (2005), p. 259-265   mag01.pdf (172 kB) mag01_eng.txt (2 kB)   Noga Z. LABORATORY PLASMA EQUIPMENT TO THE SEMI-CONTINUAL MATERIAL MELTING AND PROCESS Keywords: Development of research equipment|plasma torch|horizontal-vertical water cooled copper crucible|electric heating–treatment furnace|forming machines| No 3 (2005), p. 266-276   mag02.pdf (948 kB) mag02_eng.txt (3 kB)   Kocich R., Greger M. DEVELOPMENT OF STRUCTURE AND MECHANICAL PROPERTIES IN AZ91 ALLOY USING BY ARB PROCESS Keywords: Plastic deformation|grain size|magnesium alloy|mechanical properties| No 3 (2005), p. 277-283   mag03.pdf (735 kB) mag03_eng.txt (1 kB)   Szurman I., Kursa M. INFLUENCE OF CONDITIONS OF PREPARATION ON STRUCTURAL CHARACTERISTICS OF NI-TI ALLOYS Keywords: Ni-Ti shape memory alloys|plasma melting|vacuum induction melting| No 3 (2005), p. 284-292   mag04.pdf (539 kB) mag04_eng.txt (2 kB)   Smíšek V., Kursa M. POSSIBILITIES OF AFFECTING THE LAMELLAR MICROSTRUCTURE OF TI 46AL-5NB-1W ALLOY BY DIRECTIONAL CRYSTALLISATION Keywords: titanium aluminide|directional solidification|directional crystallisation|microstructure| No 3 (2005), p. 293-300   mag05.pdf (413 kB) mag05_eng.txt (1 kB)   Bujnošková K., Drápala J. SEGREGATION PHENOMENA IN REFRACTORY METALS DURING ZONE MELTING Keywords: Segregation|refractory metals|molybdenum|tungsten|segregation coefficient|concentration undercooling|convection| No 3 (2005), p. 301-310   mag06.pdf (308 kB) mag06_eng.txt (2 kB)   Bystrianský J., Siegl J., Haušid P., Strnadel B. THERMAL FATIGUE OF STAINLESS STEELS Keywords: Stainless steel|thermal shock|thermal fatigue|fatigue crack|thermal cycle| No 3 (2005), p. 311-322   mag07.pdf (2 MB) mag07_eng.txt (2 kB)   Bystrianský J., Siegl J., Haušid P., Strnadel B. THERMAL FATIGUE OF STAINLESS STEELS Keywords: Stainless steel|thermal shock|thermal fatigue|fatigue crack|thermal cycle| No 3 (2005), p. 311-322   mag08.pdf (2 MB) mag08_eng.txt (2 kB)   Sojka J., Jonšta P., Rytířová L., Sozańska M., Jerôme M. INFLUENCE OF MICROSTRUCTURE ON SULPHIDE STRESS CRACKING OF HOT ROLLED TUBES Keywords: Sulphide stress cracking|carbon steel|segregation bands|hydrogen permeation| No 3 (2005), p. 332-330   mag09.pdf (865 kB) mag09_eng.txt (2 kB)   Schindler I., Fiala J., Černý L., Kohut J., Kozelský P., Suchánek P. DEFORMATION BEHAVIOR AND MICROSTRUCTURE DEVELOPMENT OF 13CR25 FERRITIC STAINLESS STEEL IN HOT STRIP ROLLING Keywords: High-alloy ferritic steel|hot strip rolling|simulation|recrystallization|recovery|grain size|mean equivalent stress| No 3 (2005), p. 331-340   mag10.pdf (1 MB) mag10_eng.txt (2 kB)   Fabík R., Kliber J. INVERSE ANALYSIS CALCULATION OF HEAT TRANSFER COEFFICIENT FOR FEM SIMULATION OF RAILS HARDENING Keywords: cooling curves|inverse analysis|FEM|heat transfer coefficient| No 3 (2005), p. 341-350   mag11.pdf (1 MB) mag11_eng.txt (2 kB)   Heger M. , Schindler I., Franz J., Špička I., Turoňová P., Černý L. POSSIBILITIES OF COMPUTER ANALYSIS EXPLOITATION IN THE PROCESS OF SOLUTION SOME TASKS CONNECTED WITH MATERIAL FORMING Keywords: Rolling|equivalent strain|strain rate|computer analysis| No 3 (2005), p. 351-361   mag12.pdf (1 MB) mag12_eng.txt (2 kB)   Kubina T., Schindler I., Heger M., Plura J., Bořuta J., Dänemark J., Hadasik E. STATISTICAL COMPARISON OF DIFFERENT METHODS OF CALCULATION OF PARAMETERS DESCRIBING DYNAMIC RECRYSTALLIZATION Abstract Program ENERGY 4.0, developed for calculation of parameters describing dynamic recrystallization (DRX), includes now two ways of methodology of calculation. Input data coming from the torsion plastometer SETARAM - VÍTKOVICE is first processed by a conventional method of successive linear regressions. In this stage the exclusion of temperature levels is carried out, in which a state featured by one phase of tested steels is not maintained. The following automatic computation using the simplex algorithm of non-linear regression can make particular parameters for a description of DRX more precise. Those calculations are entirely objective and yield in the least statistical errors but their results can not always match up the physical-based idea. In total 22 steels of different chemical composition - from simple structural steels, through microalloyed steels of various types, high alloyed tool steels up to corrosion-resisting (stainless) austenitic steels - were included in the analyzed data set. A key (decisive) criterion for including in an evaluated group of steels was maintaining of mono-phase structural state in the whole range of evaluated temperatures of testing. One can compare influence of both methods on calculated parameters, as well as accuracy of both methods in determination of values of the maximum stress and peak to strain. Keywords: Activation energy|hot forming|steel|dynamic recrystallization| No 3 (2005), p. 362-368   mag13.pdf (332 kB) mag13_eng.txt (1 kB)   Lasek S., Drápala J., Urbaníková Ž., Blahetová M. COMPARISON OF ELECTROCHEMICAL CORROSION PROPERTIES OF SELECTED LEAD-FREE SOLDERS Keywords: Tin alloys|lead-free solders|electrochemical corrosion|potentiodynamic polarization method| No 3 (2005), p. 369-374   mag14.pdf (220 kB) mag14_eng.txt (2 kB)   ... © 2005 AMS HF TU Košice ALL RIGHTS RESERVED ...