Using the method of electroresistance obtains data about course martensite transformations in steel under action of the magnetic field, formations specifying an opportunity stress-assisted martensite in temperature interval МS-МF in which superplasticity is shown. 208 Вестник ДГТУ, 2007. Т.7. №4(35)This opportunity is caused by magnetic heterogeneity austenite, presence in a paramagnetic matrix nanostrustural ensemble ferromagnetic ordering clusters which perceiving energy of an external magnetic field through magnetostrictive pressure, change fields of elastic forces in microvolumes of a nuclear lattice of a matrix, that causes to decrease in energy of formation germinal center of the critical size
Effects of magnetic fields on transformation temperature, transformation behavior and transformed st...
This work concerns an in situ study of the isothermal formation of martensite in a stainless steel u...
Abstract.- Structural changes i n alpha-martensite f orning by the action of a magnetic f i e l d ha...
Will analysed thermodynamic conditions corresponding to unstable of crystalline lattice before marte...
Studies have been made on the effect of a magnetic field of 16 K. Gauss on the martensitic transform...
In the dynamic theory of martensitic transformations, temperature Ms of the start of transformation ...
Effects of high magnetic field on martensitic transformation and its reverse transformation from lat...
We have investigated magnetic field-induced strain (MFIS) associated with rearrangement of martensit...
Tailoring martensite transformation is critical for improving the mechanical properties of advanced ...
<p>This investigation focuses on deformation-induced plasticity in Invar-type steel alloys. The effe...
In meta stable austenitic stainless steels, low cycle fatigue deformation is accompanied by a partia...
This thesis investigates and explains the effect of strong magnetic fields on two types of phase tra...
A three-dimensional phase-field model is proposed for simulating the magnetic martensitic phase tran...
The isothermal austenite-to-martensite transformation kinetics in a maraging steel have been studied...
We propose a model which suggests that structural martensitic transitions are related to significant...
Effects of magnetic fields on transformation temperature, transformation behavior and transformed st...
This work concerns an in situ study of the isothermal formation of martensite in a stainless steel u...
Abstract.- Structural changes i n alpha-martensite f orning by the action of a magnetic f i e l d ha...
Will analysed thermodynamic conditions corresponding to unstable of crystalline lattice before marte...
Studies have been made on the effect of a magnetic field of 16 K. Gauss on the martensitic transform...
In the dynamic theory of martensitic transformations, temperature Ms of the start of transformation ...
Effects of high magnetic field on martensitic transformation and its reverse transformation from lat...
We have investigated magnetic field-induced strain (MFIS) associated with rearrangement of martensit...
Tailoring martensite transformation is critical for improving the mechanical properties of advanced ...
<p>This investigation focuses on deformation-induced plasticity in Invar-type steel alloys. The effe...
In meta stable austenitic stainless steels, low cycle fatigue deformation is accompanied by a partia...
This thesis investigates and explains the effect of strong magnetic fields on two types of phase tra...
A three-dimensional phase-field model is proposed for simulating the magnetic martensitic phase tran...
The isothermal austenite-to-martensite transformation kinetics in a maraging steel have been studied...
We propose a model which suggests that structural martensitic transitions are related to significant...
Effects of magnetic fields on transformation temperature, transformation behavior and transformed st...
This work concerns an in situ study of the isothermal formation of martensite in a stainless steel u...
Abstract.- Structural changes i n alpha-martensite f orning by the action of a magnetic f i e l d ha...