A Mechanism Design of Friction and Wear Test Based on Liquid Medium

Wei Wu Zhao; Xiang Yu; Zhi Hang Luo; Jie Ai; Xi An Zhao

doi:10.4028/www.scientific.net/AMR.703.212

Paper Titles

Study on Dynamic Characteristics of the YC6108-G Hypocycloid Internal Combustion Engine Crankshaft Based on ADAMS
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Mechanics of Composite Layered Rough Medium in Contact
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Analysis of Ball Valve Sealing Pressure Ratio Based on UG Nastran
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Research on Mechanical Mechanics with Fault Diagnosis Method for Gearbox Based on Relevance Vector Machine
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A Mechanism Design of Friction and Wear Test Based on Liquid Medium
p.212

Load Bearing and Mass Relation Contrast between Composite Shell and Alloy Shell
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Numerical Simulation of the Precast Concrete Box Girders Temperature Field Distribution Based on Material Properties
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Study on Information System with Condition-Based Maintenance Models for a Continuously Degrading System
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Study on Information Science with Stability Analysis for a Class of Interval Linear Networked Control System
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HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 703A Mechanism Design of Friction and Wear Test Based...

A Mechanism Design of Friction and Wear Test Based on Liquid Medium

Abstract:

Friction and wear tester is an important device for detecting friction and wear properties of materials. There is inadequacy of research on friction and wear behavior of geological drilling mechanisms serving under complicated liquid circumstances like water, oil and mortar. This article describes an accessory mechanism for commonly used ball-on-disc tribometer which can be applicable in liquid medium. A new oil cup is designed and composed of oil cup sleeve, oil cup lid, transition station, worktable and etc. Interference connection is adopted between oil cup and rotary test bench of tester. Materials are chosen so as to meet requirement from actual working conditions and to simulate the friction and wear test in liquid medium. The mechanism designed share characters of convenient operation, in-situ observation and friendly environment.