Počet návštev: 86851049
AMS práve číta: 1




Ročník 2011 No 2

R. Pernis
THE NEW HYPOTHESIS OF NORMAL STRESS DISTRIBUTION FOR CONTACT ARC IN ROLLING
K. s.: lengthwise rolling|differential equations|normal stress|relative stress|
No 2 (2011), p. 68-76
  mag01.pdf (126 kB)
mag01.txt (938 B)  

J. Morgiel, J. Kaczmar, M. Pomorska, K. Naplocha
TEM INVESTIGATION OF MATRIX - SAFFIL FIBER INTERFACES IN ALUMINIUM ALLOYS BASED COMPOSITES
K. s.: metal matrix composites|TEM|Saffil fibers|
No 2 (2011), p. 77-83
  mag02.pdf (673 kB)
mag02.txt (746 B)  

Z. Pędzich, W. Maziarz
NANOCOMPOSITES IN THE ZrO2-Al2O3-WC SYSTEM
K. s.: composites|microstructure|zirconia|alumina|tungsten carbide|
No 2 (2011), p. 84-89
  mag03.pdf (381 kB)
mag03.txt (915 B)  

P. Klimczyk, L. Jaworska, V. Urbanovich
MECHANICAL PROPERTIES OF Si3N4/SiC COMPOSITES WITH VARIOUS ADDITIONS
K. s.: ceramic matrix composites (CMC)|sintering|acoustic methods|hardness|toughness|tribology|
No 2 (2011), p. 90-98
  mag04.pdf (384 kB)
mag04.txt (882 B)  

M. Kokavec, R. Konečná, G. Nicoletto
INFLUENCE OF SURFACE QUALITY ON FATIGUE BEHAVIOR OF NODULAR CAST IRON
K. s.: iron alloys|fatigue test|bending test|
No 2 (2011), p. 99-105
  mag05.pdf (1 MB)
mag05.txt (771 B)  

M. Petrániková, A. Miškufová, T. Havlík, O. Forsén, A. Pehkonen
COBALT RECOVERY FROM SPENT PORTABLE LITHIUM ACCUMULATORS AFTER THERMAL TREATMENT
K. s.: accumulators|recycling|cobalt|recovery|incineration|leaching|
No 2 (2011), p. 106-115
  mag06.pdf (424 kB)
mag06.txt (676 B)  

J. Łabaj
ANALYSIS OF POSSIBILITIES FOR REMOVAL OF TIN FROM LIQUID IRON THROUGH EVAPORATION
K. s.: iron|tin|iron alloys|evaporation|
No 2 (2011), p. 116-122
  mag07.pdf (67 kB)
mag07.txt (1 kB)  

W. K. Krajewski, K. Haberl
THE EFFECT OF Ti ON HIGH-ZINC Al CAST ALLOYS STRUCTURE AND PROPERTIES
K. s.: aluminium alloys|grain refining|grain size|heterogeneous nucleation of phase|mechanical properties|
No 2 (2011), p. 123-128
  mag08.pdf (225 kB)
mag08.txt (810 B)  

A. Begić Hadžipašić, J. Malina, Š. Nižník
THE INFLUENCE OF MICROSTRUCTURE ON HYDROGEN DIFFUSION IN DUAL PHASE STEEL
Abstract
The permeation experiments in this study have shown that electrochemical corrosion of dual phase steel in 2M H2SO4 results in hydrogen evolution and absorption of H-atoms in the material. The consequence of hydrogen is special type of degradation known as hydrogen embrittlement (HE). High susceptibility to HE depends on different microconstituents acting as H-traps. The values of diffusion coefficient and H-solubility obtained in this study have shown that transport of diffusible hydrogen can be related to the traps present in DP steel. The metallographic and SEM analyses have revealed only small globular inclusions, acting as reversible traps in ferrite-martensite matrix.

K. s.: dual phases|hydrogen diffusion|microstructure|hydrogen embrittlement & traps|
No 2 (2011), p. 129-137
  mag09.pdf (358 kB)
mag09.txt (696 B)