The lubricant film-forming properties of modern fire resistant hydraulic fluids
The lubricant film-forming properties of modern fire resistant hydraulic fluids
Fire resistant hydraulic fluids tend to show significantly poorer ribological performance in hydraulic systems than conventional mineral oil-based fluids. There have recently been performance problems associated with increases of operating temperatures of mining hydraulics. This paper describes measurements of the elastohydrodynamic and boundary film-forming properties of a range of different hydraulic fluid types at temperatures up to 80°C. These are compared with friction and wear results obtained using the same fluids.
0803124228
21-37
Ratoi, Monica
cfeffe10-31ca-4630-8399-232c4bc2beff
Spikes, Hugh A.
9958f7db-ad55-4d76-8766-097333676c96
January 1997
Ratoi, Monica
cfeffe10-31ca-4630-8399-232c4bc2beff
Spikes, Hugh A.
9958f7db-ad55-4d76-8766-097333676c96
Ratoi, Monica and Spikes, Hugh A.
(1997)
The lubricant film-forming properties of modern fire resistant hydraulic fluids.
In,
Totten, G.E., Kling, G.H. and Smolenski, D.J.
(eds.)
Tribology of Hydraulic Pump Testing.
Houston, US.
ASTM International, .
(doi:10.1520/STP11833S).
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Book Section
Abstract
Fire resistant hydraulic fluids tend to show significantly poorer ribological performance in hydraulic systems than conventional mineral oil-based fluids. There have recently been performance problems associated with increases of operating temperatures of mining hydraulics. This paper describes measurements of the elastohydrodynamic and boundary film-forming properties of a range of different hydraulic fluid types at temperatures up to 80°C. These are compared with friction and wear results obtained using the same fluids.
Text
The lubricant film-forming properties of modern fire resistant hydraulic fluids.pdf
- Author's Original
More information
Published date: January 1997
Organisations:
Engineering Science Unit, nCATS Group
Identifiers
Local EPrints ID: 356386
URI: http://eprints.soton.ac.uk/id/eprint/356386
ISBN: 0803124228
PURE UUID: 48e97ced-d2fa-4771-b9cb-eb2937910c43
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Date deposited: 22 Nov 2013 14:51
Last modified: 15 Mar 2024 03:35
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Contributors
Author:
Hugh A. Spikes
Editor:
G.E. Totten
Editor:
G.H. Kling
Editor:
D.J. Smolenski
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