Measurement of the friction force of sliding friction pairs in low-speed marine diesel engines and comparison with numerical simulation
Author:
Publisher
Elsevier BV
Subject
Ocean Engineering
Reference42 articles.
1. The Analysis of the lubrication condition and friction losses of a single acting cross head guide shoe of a low speed cross head diesel engine: Part I—An alogrithm for the prediction of oil film thickness;Abanteriba;Tribology Transactions,2000
2. The Analysis of the lubrication condition and friction losses of a single acting cross head guide shoe of a low speed cross head diesel engine: PART III — Friction and its minimization;Abanteriba;Tribology Transactions,2000
3. Abanteriba S. The Analysis of the lubrication condition and friction losses of a single acting cross head guide shoe of a low speed cross head diesel engine: Part II—A practical model for the determination of the oil film thickness. 2000.
4. Novotny-Farkas F. Predicting friction reliably and accurately in journal bearings–The importance of extensive oil-models;Allmaier;Tribology International,2012
5. Measurement of the friction forces between piston and cylinder in reciprocating machines using the connecting rod strain behavior;Cervelin;Mechanical Systems and Signal Processing,2019
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