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Influence of Volumetric Capacity on Energy Consumption in Oil-Lubricated Compressed Air Systems
Journal of Thermal Science and Engineering Applications, 2016The aim of this research is to estimate the influence of compressed air volumetric capacity on the energy consumption in systems equipped with oil-lubricated screw compressors. A mathematical model of oil-lubricated screw compressors has been proposed.
Pawel Olszewski, Claus Borgnakke
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The Energy Economics of Air Lubrication System
OCEANS 2022 - Chennai, 2022Sudhir Sindagi, R Vijayakumar
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Effective oil/air ratio in industrial oil mist lubricating systems
Industrial Lubrication and Tribology, 2007PurposeTo provide information on the distribution of oil deposition inside the pipe conducting oil mist used for lubricating purposes and to show resulting variations of oil/air ratio.Design/methodology/approachThe model of an industrial pipeline has been assembled ranging more than 100 m away from the oil mist source, equipped with devices collecting ...
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Transportation and Transformation of Air Bubbles in Aerated Oil through an Engine Lubrication System
SAE Technical Paper Series, 2004<div class="htmlview paragraph">The amount of free air in an engine oil can affect the performance of some engine components. Part of the air in an aerated oil can be dissolved into the oil, while some may remain as free air when the oil reaches these components.
Ben Ni, John Pieprzak
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Investigation of the ball-bearing temperature rise under an oil-air lubrication system
Proceedings of the Institution of Mechanical Engineers, Part J: Journal of Engineering Tribology, 2001Ball-bearings are widely used on many high-speed rotating systems. However, heat generation and dynamic loading caused by high-speed operation have been the limiting factors for increasing the speed limit of many high-speed ball-bearing applications. Therefore, providing proper lubrication and preload to reduce heat generation effectively is a major ...
Y-R Jeng, C-C Gao
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Improving Oil–Air Lubrication Systems
Metallurgist, 2004E. I. Tret'yakov +2 more
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This work considered the potential impact of air ingress resulting from using a Passive Air Lubrication (PALS) System upon ship propeller characteristics. The PALS system introduces air into a vessel's near-wall region, reducing skin friction. The reduction in skin friction can improve fuel consumption and emissions generation.
Hitchmough, D +5 more
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Hitchmough, D +5 more
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Minimum-Quantity Lubrication Systems with Additional Air Cleaning of the Grinding Wheel Surface
Russian Engineering Research, 2022A. P. Mitrofanov +2 more
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