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SEDL / STP / STP1143-EB
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STP1143
Low Temperature Lubricant Rheology Measurement and Relevance to Engine Operation
Rhodes RB
Pages: 190
Published: 1992
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9 peer-reviewed papers by key contributors: offer a chronology of developments regarding the low-temperature rheological techniques and specifications that apply to the low-temperature cranking and pumping characteristics of engine oils; focus on the technological changes that have occurred since the completion of the last round of low-temperature engine and bench test studies and bring to light new information that will help determine whether the cranking,starting, and pumping needs of present-day engines are adequatelyserved.
Table of Contents
A History of ASTM Accomplishments in Low Temperature Engine Oil Rheology: 1966–1991
Shaub H.
Pumping Viscosity by Mini-Rotary Viscometer: Critical Aspects
Henderson K.
The Scanning Brookfield Technique of Low-Temperature, Low-Shear Rheology -- Its Inception, Development, and Applications
Selby T.
Lube Manufacturing Technology and Engine Oil Pumpability
Rossi A.
The Development of European Test Methods for the Measurement of Engine Oil Viscosities at Low Temperatures
Bates T., Huby F., Jordan C., Müller H., Vickars M.
Shear Stresses Imposed on Oils During Low-Temperature Starting
Alexander D.
Low Temperature Pumpability in Gasoline Engines: Establishing Performance at Critical Locations
Kopko R., Machleder W., O'Mara J., Stambaugh R.
Passenger Car and Heavy Truck Cold Cranking Studies - Effects of Oil Viscosity and Vehicle Type
Alexander A., MacAlpine G., May C., Smith C.
Engine Oil Viscosity Classification Low-Temperature Requirements - Current Status and Future Needs
Spearot J.
Committee: D02
Paper ID: STP1143-EB
DOI: 10.1520/STP1143-EB
ISBN-EB: 978-0-8031-5201-4
ASTM International is a member of CrossRef.
0-8031-1438-9
978-0-8031-1438-8
STP1143-EB
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