FEATURES OF LASER BORATING OF PISTON RINGS
Journal Title: Вестник Харьковского национального автомобильно-дорожного университета - Year 2017, Vol 77, Issue
Abstract
Piston rings in the process of operation are subject to wear. Non-sufficient wear resistance of piston ring materials often limits the growth of productivity of machines and the timing of their operation. Use of laser heating at boriding provides the formation of a new layer with special properties. The research results can be extended to other parts subject to intensive wear.
Authors and Affiliations
D. Glushkova, R. Makovyey, Yu. Ryzhkov, S. Demchenko
Keywords
Related Articles
- EP ID EP244469
- DOI -
- Views 79
- Downloads 0
MODELLING BEHAVIOUR OF TOWER STRUCTURES OF CHIMNEYS IN THE SYSTEM « SHAFT – FOUNDATION – BASE»
Design models of the brick chimney shaft were examined. Comparison modeling methods of interaction of the basement soil and the chimney shaft was carried out. Comparison of the influence degree on the stress-strain state...
ANALYSIS OF MODERN INDICATORS OF ROAD ACCIDENTS
Considered are the official data, which can be used when analyzing the causes of road accidents, namely, the World Health Organization data, the traffic police data, the data of industry organizations and research inst...
ПРОБЛЕМИ ФІЛЬТРАЦІЇ СИГНАЛІВ У СИСТЕМАХ КЕРУВАННЯ ТА ЗБОРУ ДАНИХ
Подано алгоритм обробки даних, що надходять від датчиків частоти обертання у реальному часі, дано порівняльну оцінку щодо поширених фільтрів. Наочно подано переваги попередньої обробки даних у разі потреби у їх перетворе...
INCREASE OF STRUCTURAL STABILITY AND PROPERTIES OF HEAT-RESISTANT NICKEL ALLOYS FOR THE GAS-TURBINE ENGINES BLADES BY NANOMATERIAL TREATMENT
Improving the quality of mechanical properties of heat-resistant nickel alloys for gas turbine engine blades. Material and literature. The object of study is multicomponent casting heat-resistant nickel al-loys for GTE...
DESTRIBUTION CAPASITY OF THE BEARING CROSS SECTION SPAN STRUCTURE
The problem of distribution capacity of beam spans in the bearing section is considered. To implement the given task there was developed a spatial method of span design.