High-Temperature Gear Lubrication

Item

Title
High-Temperature Gear Lubrication
Description
The design features and operating characteristics of a gear-lubricant test machine for high-temperature, high-speed service are described. Results on the load-carrying capacity (or scuff-limited load) of ten lubricants in combination with four types of test gears, at 165°F and 400°F lubricant supply temperatures, are presented. The load-carrying capacity was found to be strongly influenced by the lubricant type and the gear material. Depending upon lubricant type and gear material, it was found that the load-carrying capacity could decrease, either markedly or but slightly, with an increase in the lubricant supply temperature.
Creator
Ku, P. M.
Lawler, C. W.
Format
1 online resource (12 pages) : ill.
Type
article
Abstract
The design features and operating characteristics of a gear-lubricant test machine for high-temperature, high-speed service are described. Results on the load-carrying capacity (or scuff-limited load) of ten lubricants in combination with four types of test gears, at 165°F and 400°F lubricant supply temperatures, are presented. The load-carrying capacity was found to be strongly influenced by the lubricant type and the gear material. Depending upon lubricant type and gear material, it was found that the load-carrying capacity could decrease, either markedly or but slightly, with an increase in the lubricant supply temperature.
Extent
12
Corporate Author
Southwest Research Institute
Report Number
ASD-TDR-62-465 p. 65-76
Report Availability
Full text available
Date
1962
Date Issued
1962-05
Contract
AF 33(616)-7223
DoD Project
3044
DoD Task
30169
30340
Distribution Classification
1
Distribution Conflict
No
Index Abstract
Contrails only
Relation
This paper was published in the Proceedings Of The Air Force-Navy-Industry Propulsion Systems Lubricants Conference held in San Antonio, Texas on 15, 16, and 17 November 1960
Identifier
AD0278843

Linked resources

Items with "Has Part: High-Temperature Gear Lubrication"
Title Class
Proceedings Of The Air Force-Navy-Industry Propulsion Systems Lubricants Conference