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- Title
Variable-capacity matching of continuously variable-capacity double-impeller torque converter applied to a loader.
- Authors
Wen-Xing Ma; Wen Xu; Wei Cai; Li-peng You
- Abstract
Variable-capacity matching of continuously variable-capacity double-impeller torque converter applied to a loader was studied in the article. Static variable-capacity matching of continuously variable-capacity double-impeller torque converter was performed under the two-impeller state and slipping state. Dynamic variable-capacity matching based on the Vshaped operating cycle was simulated in order to reflect the matching performance of the double-impeller torque converter more intuitively. The working speed of double-impeller torque converter together with engine was analyzed when the loader shoveled different materials, and the power performance and fuel economy of the whole machine were calculated. The continuously variable-capacity double-impeller torque converter applied to a loader could not only meet the requirements of matching different loader working conditions but also enhances the power performance and fuel economy of the whole machine in running condition compared with the original torque converter.
- Subjects
IMPELLERS; HYDRAULIC torque converters; LOADERS (Machines); AUTOMOTIVE fuel consumption; MATHEMATICAL variables
- Publication
Advances in Mechanical Engineering (Sage Publications Inc.), 2017, Vol 9, Issue 2, p1
- ISSN
1687-8132
- Publication type
Article
- DOI
10.1177/1687814017690694