Influence of lubricant on nonlinear vibration characteristics of linear rolling guideway

Yasunori Sakai; Tomohisa Tanaka

doi:10.1016/j.triboint.2019.106124

Influence of lubricant on nonlinear vibration characteristics of linear rolling guideway

Yasunori Sakai^*, Tomohisa Tanaka

^*Corresponding author for this work

Research output: Contribution to journal › Article › peer-review

20 Citations (Scopus)

Abstract

Linear rolling guideways are widely used in precision mechanical systems such as robots and machine tools. Clarifying the natural vibration characteristics of a linear rolling guideway is important for improving the performance of mechanical systems, because the dynamic characteristics of the guideway strongly influence the dynamics and posture accuracy of mechanical systems. This study focuses on the natural vibration characteristics of linear rolling guideways. We discuss both the nonlinear relationship between friction and natural vibration, and the influence of the lubricant specification on the nonlinearity of nonlinear natural vibration. Additionally, the effects of the lubricant specifications on the damping ratio are different for different vibration modes, owing to the differences between the damping mechanisms.

Original language	English
Article number	106124
Journal	Tribology International
Volume	144
DOIs	https://doi.org/10.1016/j.triboint.2019.106124
Publication status	Published - Apr 2020
Externally published	Yes

Keywords

Friction induced vibration
Nonlinear spring behavior
Rolling machine element
Vibration damping

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10.1016/j.triboint.2019.106124

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title = "Influence of lubricant on nonlinear vibration characteristics of linear rolling guideway",

abstract = "Linear rolling guideways are widely used in precision mechanical systems such as robots and machine tools. Clarifying the natural vibration characteristics of a linear rolling guideway is important for improving the performance of mechanical systems, because the dynamic characteristics of the guideway strongly influence the dynamics and posture accuracy of mechanical systems. This study focuses on the natural vibration characteristics of linear rolling guideways. We discuss both the nonlinear relationship between friction and natural vibration, and the influence of the lubricant specification on the nonlinearity of nonlinear natural vibration. Additionally, the effects of the lubricant specifications on the damping ratio are different for different vibration modes, owing to the differences between the damping mechanisms.",

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author = "Yasunori Sakai and Tomohisa Tanaka",

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year = "2020",

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AU - Tanaka, Tomohisa

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N2 - Linear rolling guideways are widely used in precision mechanical systems such as robots and machine tools. Clarifying the natural vibration characteristics of a linear rolling guideway is important for improving the performance of mechanical systems, because the dynamic characteristics of the guideway strongly influence the dynamics and posture accuracy of mechanical systems. This study focuses on the natural vibration characteristics of linear rolling guideways. We discuss both the nonlinear relationship between friction and natural vibration, and the influence of the lubricant specification on the nonlinearity of nonlinear natural vibration. Additionally, the effects of the lubricant specifications on the damping ratio are different for different vibration modes, owing to the differences between the damping mechanisms.

AB - Linear rolling guideways are widely used in precision mechanical systems such as robots and machine tools. Clarifying the natural vibration characteristics of a linear rolling guideway is important for improving the performance of mechanical systems, because the dynamic characteristics of the guideway strongly influence the dynamics and posture accuracy of mechanical systems. This study focuses on the natural vibration characteristics of linear rolling guideways. We discuss both the nonlinear relationship between friction and natural vibration, and the influence of the lubricant specification on the nonlinearity of nonlinear natural vibration. Additionally, the effects of the lubricant specifications on the damping ratio are different for different vibration modes, owing to the differences between the damping mechanisms.

KW - Friction induced vibration

KW - Nonlinear spring behavior

KW - Rolling machine element

KW - Vibration damping

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VL - 144

JO - Tribology International

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ER -

Influence of lubricant on nonlinear vibration characteristics of linear rolling guideway

Abstract

Keywords

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