Publication covers viscosity and rheology of in-service fluids.
Press Release Summary:
February 13, 2014 - STP 1564, Viscosity and Rheology of In-Service Fluids as They Pertain to Condition Monitoring, is available from ASTM International. Publication includes 11 peer-reviewed papers covering topics such as: Grease Working and its Role in Consistency Trending; Die-Extrusion Method for Comparing Changes in Grease Consistency and Flow Characteristics; Start-Up Viscosity of In-Service Engine Oils at Low Temperatures; and Application of Sensors for In-Situ Measurements of In-Service Grease Rheology.
Original Press Release
Viscosity and Rheology of In-Service Fluids Focus of New ASTM International Publication
Press release date: February 7, 2014
STP 1564 includes 11 peer-reviewed papers that provide the latest to current research and practices on viscosity and rheology of in-service fluids as they pertain to condition monitoring.
• Grease Working and its Role in Consistency Trending;
• Possible Impact of In-Service Grease Mixtures with a Stress Rheometer as an Element of a Predictive Maintenance Program;
• Comparison of the Effects of Normal Automobile Engine Use on the High Shear Rate Viscosity, Wear, and Volatility of Four Engine Oils;
• Die-Extrusion Method for Comparing Changes in Grease Consistency and Flow Characteristics;
• Application of Sensors for In-Situ Measurements of In-Service Grease Rheology;
• Absolute Viscosity and Sample Density Measurement Methods to Determine and Report Absolute and Kinematic Viscosity Values for Used Lubricating Oils;
• Start-Up Viscosity of In-Service Engine Oils at Low Temperatures;
• Rheological Property Measurements of Newtonian and Non-Newtonian Fluids with the Falling Needle Viscometer;
• Hand-portable Kinematic Viscometer;
• Use of Routine Low-Temperature Viscosity Measurement to Prevent Sudden Transformer Failure upon Very Cold Startup; and
• Low-Temperature Rheological Response of Fresh Versus Used Oils Using the Scanning Brookfield Technique.
STP 1564, Viscosity and Rheology of In-Service Fluids as They Pertain to Condition Monitoring, is available for $76 USD in print (130 pages; ISBN: 978-0-8031-7550-1; stock #: STP1564) or as an e-book (ISBN: 978-0-8031-7574-7; stock #: STP1564-EB).
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