Поиск публикаций
| Тип публикации | Авторы▼ | Заглавие | Издание, год, номер, страницы |
|---|---|---|---|
| Статья в журнале |
Voropaev S. A.
Dnestrovskii A. Yu. Scorobogatskii V. N. МГТУ Galimov E. M. |
Experimental Study into the Formation of Nanodiamonds during Cavitation in an Ethanol-Analine Mixture |
Doklady Physics
2014
.-
Vol. 59
,
No 11
.-
С.
503 - 506
|
| Статья в журнале |
Vorontsova V. L.
Vorontsova A. V. DruzhininaO. V. Lisovsky E. V. МГТУ |
Convergence and stability analysis of kolmogorov system solutions in infinite-dimensional space |
Journal of Engineering and Applied Sciences
2017
.-
Vol. 12
,
Issue 4
.-
С.
898 - 902
https://www.medwelljourna…=jeasci.2017.898.902
(последнее обращение: 31.10.2017)
|
| Материал конференции |
Vorontsov Nikita МГТУ
Fedotova A. V. МГТУ |
Development of a subsystem for calculating product lifecycle temporal parameters |
2nd School on Dynamics of Complex Networks and their Application in Intellectual Robotics
2018
.-
С.
31 - 34
.- Art.no 8589205
|
| Статья в журнале |
Vorontsov A. L. МГТУ
|
Theoretical aspects of technological mechanics. 9. Strain and accumulated strain. Part 1 | Russian Engineering Research |
| Статья в журнале |
Vorontsov A. L. МГТУ
|
Theoretical aspects of technological mechanics. 9. Strain and accumulated strain. Part 2 | Russian Engineering Research |
| Статья в журнале |
Vorontsov A. L. МГТУ
|
Theoretical aspects of technological mechanics. 8. Plane problems in plasticity theory. Part 3 | Russian Engineering Research |
| Статья в журнале |
Vorontsov A. L. МГТУ
|
Theoretical aspects of technological mechanics. 8. Plane problems in plasticity theory. Part 2 | Russian Engineering Research |
| Статья в журнале |
Vorontsov A. L. МГТУ
|
Theoretical aspects of technological mechanics. 8. Plane problems in plasticity theory. Part 1 | Russian Engineering Research |
| Статья в журнале |
Vorontsov A. L. МГТУ
|
Theoretical aspects of technological mechanics. 7. Axisymmetric problems in plasticity theory. Part 3 | Russian Engineering Research |
| Статья в журнале |
Vorontsov A. L. МГТУ
|
Theoretical aspects of technological mechanics. 7. Axisymmetric problems in plasticity theory. Part 2 | Russian Engineering Research |
| Статья в журнале |
Vorontsov A. L. МГТУ
|
Theoretical aspects of technological mechanics. 6. Comparing plasticity theory with the theory of the pressure treatment of metals. Part 1 | Russian Engineering Research |
| Статья в журнале |
Vorontsov A. L. МГТУ
|
Theoretical aspects of technological mechanics. 5. Extremal principles and verification of theories regarding the machining of metals. Part 1 | Russian Engineering Research |
| Статья в журнале |
Vorontsov A. L. МГТУ
|
Theoretical aspects of technological mechanics. 5. Extremal principles and verification of theories regarding the machining of metals. Part 2 | Russian Engineering Research |
| Статья в журнале |
Vorontsov A. L. МГТУ
|
Theoretical aspects of technological mechanics. 4. The plasticity condition, strengthening, and the stress-strain relationship | Russian Engineering Research |
| Статья в журнале |
Vorontsov A. L. МГТУ
|
Theoretical aspects of technological mechanics. 3. The invalidity of tangential-stress pairing | Russian Engineering Research |
| Статья в журнале |
Vorontsov A. L. МГТУ
|
Theoretical aspects of technological mechanics. 2. Using tensors and shear notation | Russian Engineering Research |
| Статья в журнале |
Vorontsov A. L. МГТУ
|
Theoretical aspects of technological mechanics: 1. Fundamentals of continuum mechanics | Russian Engineering Research |
| Статья в журнале |
Vorontsov A. L. МГТУ
|
Stamping of nonuniform channels. 8. Strain state and hardening of the workpiece in constrained extrusion. 8.3. Plastic zone under the punch close to the thick wall with hindered flow | Russian Engineering Research |
| Статья в журнале |
Vorontsov A. L. МГТУ
|
Stamping of nonuniform channels. 8. Strain state and hardening of the workpiece in constrained extrusion. 8.1. Plastic zone under the thick wall | Russian Engineering Research |
| Статья в журнале |
Vorontsov A. L. МГТУ
|
Stamping of Nonuniform Channels. 5. Calculation Methods for Channel Extrusion. 5.4. Methods of Controlling the Extruded Flow | Russian Engineering Research |