The possibility of modifying the elements of the metal powder assembly with nanoparticles in order to reduce the friction
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- 2. Viktor Mironov (Prof.hab.Dr.Sc.Ing.) Dr.Sc.Ing.Vyacheslav Lapkovsky Mg.Sc.Andrew Shishkin Prof.Dr.Sc.Ing. Irina Boyko Kipsalas srt. 6B-331, LV-1048, Riga, Latvia.
- 3. Powder details on the Basis Fe-C-Cu materials
- 4. Size geometry and properties of sintered billets
- 5. Studies using acoustic control Illustration of ultrasonic measurements: Left - the sample with a crack on
- 6. TEM micrographs of WS2 (a) and WSe2 (b) nanoparticles.
- 7. Dependence of the frictional torque versus time when testing a sleeve impregnated with mineral oil MS-20
- 8. Experimental setup for water WCS obtaining. General view (a) and scheme (b). 1 - container for
- 9. Energy up to 2,800 Ws Impulse currents up to 60,000 A Short-circuit-proof Short cycle times. EQUIPMENT
- 10. VHX-2000: Keyence REMAX IV Graphics System with High-Speed processing 2D & 3D Automated stitching (motorized XYZ
- 11. Conclusions . The test bushings with friction on the flat base of steel cylinder have close
- 12. THANK YOU FOR ATTENTION !
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