Add to ORKGThe influence of parameters of degree of plastic deformation for 30…80 % and subsequent temper on the structure and yielding stress in the microyield region of preimproved carbon steels has been studied. The classification of dispersed phase of ferrite into two types containing the high angle boundaries and substructure boundaries respectively in relation to steels has been discussed
Dilatometric techniques were used to determine the start and finish transformation heating temperatu...
The paper presents results of experimental research and a model implementation of hot deformation pr...
Dilatometric techniques were used to determine the start and finish transformation heating temperatu...
Abstract. By application of thermomechanical controlled rolling and accelerated cooling, the ferrite...
In the present study, wedge-shaped samples were used to determine the effect of nominal equivalent s...
The present work deals with grain refinement of medium carbon steel, having different initial micros...
A way of achieving nanodimentional structural elements in high carbon steel by special kind of heat ...
In the present study, the effect of nominal equivalent strain (between 0 and 1.2), deformation tempe...
This research is focused on understanding the role of microstructural variables and processing param...
In this paper, the effects of the deformation temperature, the deformation reduction and the deforma...
A recently developed etching technique to detect localized plastic deformation on a macro scale in 0...
The microstructural evolutions during compressions at different temperatures and strains were invest...
A novel approach was used to produce an ultrafine grain structure in low carbon steels with a wide r...
The aim was to determine the phase transformations temperatures of a specific IF steel grade, microa...
Purpose. The work is aimed to clarify the softening mechanism during the heating of martensite harde...
Dilatometric techniques were used to determine the start and finish transformation heating temperatu...
The paper presents results of experimental research and a model implementation of hot deformation pr...
Dilatometric techniques were used to determine the start and finish transformation heating temperatu...
Abstract. By application of thermomechanical controlled rolling and accelerated cooling, the ferrite...
In the present study, wedge-shaped samples were used to determine the effect of nominal equivalent s...
The present work deals with grain refinement of medium carbon steel, having different initial micros...
A way of achieving nanodimentional structural elements in high carbon steel by special kind of heat ...
In the present study, the effect of nominal equivalent strain (between 0 and 1.2), deformation tempe...
This research is focused on understanding the role of microstructural variables and processing param...
In this paper, the effects of the deformation temperature, the deformation reduction and the deforma...
A recently developed etching technique to detect localized plastic deformation on a macro scale in 0...
The microstructural evolutions during compressions at different temperatures and strains were invest...
A novel approach was used to produce an ultrafine grain structure in low carbon steels with a wide r...
The aim was to determine the phase transformations temperatures of a specific IF steel grade, microa...
Purpose. The work is aimed to clarify the softening mechanism during the heating of martensite harde...
Dilatometric techniques were used to determine the start and finish transformation heating temperatu...
The paper presents results of experimental research and a model implementation of hot deformation pr...
Dilatometric techniques were used to determine the start and finish transformation heating temperatu...