Rods from mild steel S235JR were intensively rolled in the laboratory continuous mill. Specifically defined temperature of phase transformation Ar was determined from the free cooling curves measured by the temperature scanner. The Ar value increased from 763 to 786 °C with rolling temperature descending from 1 200 to 800 °C. The value of Ar = 730 °C was obtained at free cooling of the non-deformed rod of the same diameter 9,8 mm from heating temperature 1 000 °C. The obtained results were compared with continuous cooling transformation (CCT) and deformation continuous cooling transformation (DCCT) diagrams based on the dilatometric tests.Web of Science55465865
The aim of this article was to assess the impact of previous plastic deformation on the kinetics of ...
Based on dilatometric tests, the effect of various values of previous deformation on the kinetics of...
Various physical methods for the determination of phase transformation temperatures were compared us...
Rods from mild steel S235JR were intensively rolled in the laboratory continuous mill. Specifically ...
Bars from plain carbon steel were hot rolled in the new laboratory semi-continuous mill with the app...
Na základě vyhodnocení laboratorních dilatometrických testů s deformací, které byly provedeny na pla...
The transformation temperatures A(r3) and A(r1) of four unalloyed hypoeutectoid steels with a carbon...
CCT and DCCT steel diagrams of the steel 32CrB4 were determined by the universal plastometer GLEEBLE...
The aim of the performed experiments was to determine the influence of deformation and of austenitiz...
The CCT and two DCCT diagrams were constructed for the HSLA steel containing Cr, V, Nb, and N microa...
The article is a result of investigations which deals with the phase transformations of tool steel X...
Cílem této bakalářské práce je studium vlivu rychlosti ochlazování na fázové přeměny oceli 25CrMo4. ...
The aim of the performed experiments was to determine the influence of a cooling rate on the evoluti...
International audienceThe goal is to better understand the strip shape and hardness variability issu...
The article deals with phase transformations and austenitizing behavior of the X155CrMoV12 tool stee...
The aim of this article was to assess the impact of previous plastic deformation on the kinetics of ...
Based on dilatometric tests, the effect of various values of previous deformation on the kinetics of...
Various physical methods for the determination of phase transformation temperatures were compared us...
Rods from mild steel S235JR were intensively rolled in the laboratory continuous mill. Specifically ...
Bars from plain carbon steel were hot rolled in the new laboratory semi-continuous mill with the app...
Na základě vyhodnocení laboratorních dilatometrických testů s deformací, které byly provedeny na pla...
The transformation temperatures A(r3) and A(r1) of four unalloyed hypoeutectoid steels with a carbon...
CCT and DCCT steel diagrams of the steel 32CrB4 were determined by the universal plastometer GLEEBLE...
The aim of the performed experiments was to determine the influence of deformation and of austenitiz...
The CCT and two DCCT diagrams were constructed for the HSLA steel containing Cr, V, Nb, and N microa...
The article is a result of investigations which deals with the phase transformations of tool steel X...
Cílem této bakalářské práce je studium vlivu rychlosti ochlazování na fázové přeměny oceli 25CrMo4. ...
The aim of the performed experiments was to determine the influence of a cooling rate on the evoluti...
International audienceThe goal is to better understand the strip shape and hardness variability issu...
The article deals with phase transformations and austenitizing behavior of the X155CrMoV12 tool stee...
The aim of this article was to assess the impact of previous plastic deformation on the kinetics of ...
Based on dilatometric tests, the effect of various values of previous deformation on the kinetics of...
Various physical methods for the determination of phase transformation temperatures were compared us...