Поиск публикаций
| Тип публикации | Авторы▼ | Заглавие | Издание, год, номер, страницы |
|---|---|---|---|
| Статья в журнале |
Vorontsov A. L. МГТУ
|
Stamping of Nonuniform Channels. 5. Calculation Methods for Channel Extrusion. 5.3. Extrusion of Hardening Materials | Russian Engineering Research |
| Статья в журнале |
Vorontsov A. L. МГТУ
|
Stamping of Nonuniform Channels. 5. Calculation Methods for Channel Extrusion. 5.2. Extrusion of Nonhardening Materials | Russian Engineering Research |
| Статья в журнале |
Vorontsov A. L. МГТУ
|
Stamping of Nonuniform Channels. 5. Calculation Methods for Channel Extrusion. 5.1. Formulas | Russian Engineering Research |
| Статья в журнале |
Vorontsov A. L. МГТУ
|
Stamping of Nonuniform Channels. 4. Deformed State of the Workpiece on Channel Extrusion. 4.3. Taking Account of Hardening | Russian Engineering Research |
| Статья в журнале |
Vorontsov A. L. МГТУ
|
Stamping of Nonuniform Channels. 4. Deformed State of the Workpiece on Channel Extrusion. 4.2. Deformation under the End of the Punch | Russian Engineering Research |
| Статья в журнале |
Vorontsov A. L. МГТУ
|
Stamping of Nonuniform Channels. 4. Deformed State of the Workpiece on Channel Extrusion. 4.1. Deformation in the Region of Wall Formation | Russian Engineering Research |
| Статья в журнале |
Vorontsov A. L. МГТУ
|
Stamping of Nonuniform Channels. 3. Forces and Shape Changes in Channel Extrusion. 3.1. Kinematic and Stress State of Workpiece | Russian Engineering Research |
| Статья в журнале |
Vorontsov A. L. МГТУ
|
Stamping of Nonuniform Channels. 3. Forces and Shape Changes in Channel Extrusion. 3.2. Determining the Extrusion Force, Maximum Wall Pressure, and Wall Height | Russian Engineering Research |
| Статья в журнале |
Vorontsov A. L. МГТУ
|
Stamping of Nonuniform Channels. 2. Theoretical Analyses of Nonuniform-Channel Extrusion: A Review | Russian Engineering Research |
| Статья в журнале |
Vorontsov A. L. МГТУ
|
Stamping of Nonuniform Channels. 1. Comparison of Methods of Channel Production | Russian Engineering Research |
| Статья в журнале |
Vorontsov A. L. МГТУ
|
Production of Large Disks from Cylindrical Blanks by Plastic Deformation. 1. Formulation of the Problem | Russian Engineering Research |
| Статья в журнале |
Vorontsov A. L. МГТУ
|
Production of Large Disks from Cylindrical Blanks by Plastic Deformation. 2. Introduction of Central Punch to Create a Depression | Russian Engineering Research |
| Статья в журнале |
Vorontsov A. L. МГТУ
|
Parameter calculation in constrained extrusion of unequal channels with hardening | Russian Engineering Research |
| Статья в журнале |
Vorontsov A. L. МГТУ
|
Parameter calculation in constrained extrusion of unequal channels: determining the stages and parameters of the process |
Russian Engineering Research
2024
.-
Vol. 44
,
Issue 7
.-
С.
946 - 950
|
| Статья в журнале |
Vorontsov A. L. МГТУ
|
A new method of solving complex variational problems: Examples of the determination of broaching parameters |
Russian Engineering Research
2012
.-
Vol. 32
,
Issue 5-6
.-
С.
454 - 463
|
| Статья в журнале |
Vorontsov A. L. МГТУ
|
A new method of solving complex variational problems: Broaching on a supporting ring and with a hollow broach |
Russian Engineering Research
2012
.-
Vol. 32
,
Issue 7-8
.-
С.
567 - 572
|
| Статья в журнале |
Vorontsov A. L. МГТУ
|
A new method of solving complex variational problems: Reduction of blanr height on broaching |
Russian Engineering Research
2012
.-
Vol. 32
,
Issue 3
.-
С.
261 - 265
|
| Статья в журнале |
Vorontsov A. L. МГТУ
|
A new method of solving complex variational problems: Increase in blank height on broaching |
Russian Engineering Research
2012
.-
Vol. 32
,
Issue 4
.-
С.
380 - 382
|
| Статья в журнале |
Vorontsov A. L. МГТУ
|
A new method of solving complex variational problems: Formation of the blank's concave upper end in broaching |
Russian Engineering Research
2012
.-
Vol. 32 (2)
.-
С.
167 - 171
|
| Статья в журнале |
Vorontsov A. L. МГТУ
|
A new method of solving complex variational problems, for the example of broaching |
Russian Engineering Research
2012
.-
Vol. 32 (1)
.-
С.
70 - 74
|