Issue |
Title |
No 6 (2023) |
ENERGY CONDITIONS DETERMINING SIZE RANGE IMPACTING FORMATION OF MAGNESIUM HYDRIDE |
|
Aptukov V.N., Skryabina N.E., Fruchart D. |
No 3 (2021) |
Importance of thermal conductivity and stress level during a phase (hydride) transformation in magnesium |
|
Aptukov V.N., Tsirulnik I.I., Skryabina N.E., Fruchart D. |
No 3 (2014) |
IMPACT OF EQUAL-CHANNEL ANGULAR PRESSING ON MECHANICAL BEHAVIOR AND MICROSTRUCTURE OF MAGNESIUM ALLOYS |
|
Skryabina N.E., Aptukov V.N., Romanov P.V., Fruchart D. |
No 3 (2015) |
A grid method quantifying deformed Mg-alloys by Equal-Channel Angular Pressing |
|
Skryabina N.E., Aptukov V.N., Romanov P.V., Fruchart D. |
No 3 (2017) |
Processing fine magnesium materials. Numerical simulation and experimental analyses |
|
Aptukov V.N., Romanov P.V., Skryabina N.E., Fruchart D. |
No 2 (2022) |
Energy conditions for the formation of magnesium hydride |
|
Aptukov V.N., Skryabina N.E., Fruchart D. |
No 1 (2019) |
The Influence of Stress Concentrators on the Magnesium Alloy Mechanical Behavior under Deformation at High Strain Rates in the Temperature Range from 295 to 673 K |
|
Skripnyak V.A., Skripnyak V.V., Kozulin A.A., Iohim K.V. |
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