Viktor Yurijovich Denysiuk

Viktor Yurijovich Denysiuk
  • Кандидат технічних наук
  • docent at Lutsk National Technical University

About

5
Publications
161
Reads
How we measure 'reads'
A 'read' is counted each time someone views a publication summary (such as the title, abstract, and list of authors), clicks on a figure, or views or downloads the full-text. Learn more
1
Citation
Current institution
Lutsk National Technical University
Current position
  • docent

Publications

Publications (5)
Article
Full-text available
A review of methods and instrumentation for the study of tribological and mechanical properties of the surface. It is established that the most common methods for studying these properties in the micro and nano-ranges are contact methods based on the interaction of the hard tip with the material under study. In scanning probe microscopy, a bimorph...
Chapter
Full-text available
The paper presents the technique of calculating the fluctuations of the container with the working mixture. Available methods for investigation of the vibroprocessing are insufficient for the practical use. Additionally, for further use of research material for the grounded design of the technological process of vibrational processing in industrial...
Chapter
In the article, the critical analysis of the current state of processing of vibrating methods of grinding, the advantages of their existing methods of processing machine parts and devices with traditional grinding are indicated. The inspection of the developed vibration installation, the influence of the regime of vibrating on the movement of the w...
Chapter
Full-text available
The article presents the experimental results of the regularities of circulating vortex motion of the working environment and displacement of the body of the vibrobunker at its symmetric shock-impulse load. It is found that the shock-impulse load on the vibrobunker leads to the occurrence of a slow circulating movement of the working environment, w...
Patent
Full-text available
Спосіб магнітно-абразивної обробки деталей з використанням імпульсного струму, що включає розташування у контейнері деталей та магнітно-абразивного матеріалу, створення магнітно-абразивного інструменту з цього матеріалу та здійснення його руху при пропусканні імпульсного струму від джерела живлення, причому рух магнітно-абразивного матеріалу здійсн...

Network