Application of hybrid ultrasonic technologies for obtaining  functional coatings

Vyachyeslav Prikhodko; Dmitry Simonov; Alexandr Sukhov; Dmitriy Fatyukhin; Sofya Fomushkina

doi:doi:10.30987/2223-4608-2022-3-27-31

UDC 534-8

Application of hybrid ultrasonic technologies for obtaining functional coatings

Published в Science intensive technologies in mechanical engineering · Volume 2022, Issue 3, 2022 · Pages 27–31 · Rubrics: SCIENCE INTENSIVE TECHNOLOGIES OF ELECTROMACHINING AND COMBINED PROCESSING (archived)

DOI 10.30987/2223-4608-2022-3-27-31

Received: 11.03.2022 Accepted: 30.03.2022 Published: 30.03.2022

Authors

Vyachyeslav Prikhodko ¹ · Dmitry Simonov ² · Alexandr Sukhov ³ iD · Dmitriy Fatyukhin ⁴ iD · Sofya Fomushkina ⁵ iD

1 The Moscow State Technical University - MADI (prof.)
Moskva, Moscow, Russian Federation

2 The Moscow State Technical University - MADI (PhD student)
Moscow, Moscow, Russian Federation

3 The Moscow State Technical University - MADI (post-graduate student)
Moscow, Moscow, Russian Federation

4 The Moscow State Technical University - MADI (department “Construction Materials Technology”, Professor)
Moskva, Russian Federation

5 The Moscow State Technical University - MADI (student)
Moscow, Moscow, Russian Federation

ABSTRACT

The article analyzes the requirements for various functional coatings. The integration of ultrasonic technologies into the processes for obtaining functional coatings in order to improve their quality has been viewed.

KEYWORDS

ultrasound vibrations cavitation coatings hybrid technologies

Information Text References

Authors:

1. The Moscow State Technical University - MADI (prof.)

Moskva, Moscow, Russian Federation

2. The Moscow State Technical University - MADI (PhD student)

Moscow, Moscow, Russian Federation

3. The Moscow State Technical University - MADI (post-graduate student)

Moscow, Moscow, Russian Federation

4. The Moscow State Technical University - MADI (department “Construction Materials Technology”, Professor)

Moskva, Russian Federation

5. The Moscow State Technical University - MADI (student)

Moscow, Moscow, Russian Federation

Type:

Article

Pages:

from 27 to 31

Status:

Published

Subject area:

UDC 534-8

Language:

Russian

Keywords:

ultrasound, vibrations, cavitation, coatings, hybrid technologies

Funding

The research was supported by RSF grant no.21 19 00660, https://rscf.ru/project/21-19-00660.

Text

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References

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