哈尔滨工程大学学报2016，Vol.37Issue(4)：614-618,5.DOI:10.11990/jheu.201412051
低频往复摆动式模拟平台摩擦特性及实验研究
Tribological investigation of a low-frequency reciprocating platform
摘要
Abstract
In order to overcome limitations of tribological testing techniques for MEMS micro-components, a novel micro-tribometer testing system for determining tribological properties on metal, non-metal, and polymer surfaces has been developed.Based on the operating principle of a reciprocating platform and related mathematical motion models, a variable frequency oscillating mechanism driven by an electromagnetic coil was designed to achieve recip-rocating sliding of samples and a new measuring head was applied for normal loads.Steel, glass, and PTFE against a metal ball were used arbitrarily to test the developed device repeatedly under various normal loads and oscillation frequencies.The transient friction force and friction coefficients for different friction pairs were measured.Experi-mental results show that the developed low-frequency reciprocating platform can simulate relative sliding of fretting friction under small milli-Newton normal loads.The obtained experimental results are consistent with those of other studies, which means the low-frequency reciprocating platform can stably operate and is reliable for use in research on tribological properties.关键词
微动磨损/往复摆动平台/法向载荷/滑动摩擦系数/摆动频率Key words
fretting wear/reciprocating platform/normal load/coefficient of friction/oscillation frequency分类
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王仲楠,王武义,张广玉..低频往复摆动式模拟平台摩擦特性及实验研究[J].哈尔滨工程大学学报,2016,37(4):614-618,5.基金项目
长江学者和创新团队发展计划（ IRT1228）． （）
