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STP1138
Aviation Fuel: Thermal Stability Requirements

Kirklin PW, David P
Pages: 160
Published: 1992

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This publication from ASTM presents up-to-date information on jet fuel thermal stability and its relevance to today’s and future engines and aircraft. There are sections on Aviation Engine Considerations; Manufacturing and Distribution Considerations; ASTM D 3241, the JFTOT Test; and Nonspecification Tests for Aviation Fuel Thermal Stability.



Table of Contents

Jet Fuel Thermal Stability—A Specification Writer's Viewpoint
Batchelor G.

Thermal Stability Testing of Aviation Turbine Fuel — A History
Strauss K.

Physicochemical Aspects of Aviation Fuel Thermal Stability
Hazlett R.

Air Frame Considerations in Fuel Thermal Stability for Commercial Supersonic Flight
Schmidt J.

High Temperature Fuel Requirements and Payoffs
Biddle T., Croswell B.

Fuel Thermal Stability Outlook for GE Aircraft Engines in 1991
Lyon T.

The Effect of Manufacturing Processes on Aviation Turbine uel Thermal Stability
Taylor W.

The Effect of Manufacturing Processes on Aviation Turbine Fuel Thermal Stability — Handling
Fletcher R.

Critical Review of the JFTOT
Datschefski G.

Simulation, Precision and Decision in JFTOT Testing
Wilson G.

Measures of Fuel Thermal Stability — Which Answer is Correct?
Bishop G., Clark R.

Development of a Jet Fuel Thermal Stability Flow Device which Employs Direct Gravimetric Analysis of Both Surface and Fuel Insoluble Deposits
Beal E., Burnett J., Hardy D.

An Automated Device to Quantitatively Measure Thermal Deposits from JFTOT Heater Tubes by Interferometry
Morris R.

Committee: D02
Paper ID: STP1138-EB
DOI: 10.1520/STP1138-EB
ISBN-EB: 978-0-8031-5198-7

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0-8031-1431-1
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STP1138-EB