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Lubricated Friction Dynamics

Dr. Persson, Bo N. J.

Abstract Consider the sliding of a block on a substrate under boundary lubrication conditions. To the block is connected a spring (force constant k s ) and the free end of the spring is moving with the velocity v s . Depending on the parameter values (k s , v s ) the motion of the block may be either steady or of stick-slip nature. In this chapter we discuss the nature of the (k s , v s ) phase diagram, i.e., the regions in the (k s , v s )-plane where the motion is steady and oscillatory are determined and the nature of the transition between the two types of sliding behavior is discussed.

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Lubricated Friction Dynamics

Dr. Persson, Bo N. J.

Abstract Consider the sliding of a block on a substrate under boundary lubrication conditions. To the block is connected a spring (force constant k s ) and the free end of the spring is moving with the velocity v s . Depending on the parameter values (k s , v s ) the motion of the block may be either steady or of stick-slip nature. In this chapter we discuss the nature of the (k s , v s ) phase diagram, i.e., the regions in the (k s , v s )-plane where the motion is steady and oscillatory are determined and the nature of the transition between the two types of sliding behavior is discussed.

Lubricated Friction Dynamics

Dr. Persson, Bo N. J.

Abstract Consider the sliding of a block on a substrate under boundary lubrication conditions. To the block is connected a spring (force constant k s ) and the free end of the spring is moving with the velocity v s . Depending on the parameter values (k s , v s ) the motion of the block may be either steady or of stick-slip nature. In this chapter we discuss the nature of the (k s , v s ) phase diagram, i.e., the regions in the (k s , v s )-plane where the motion is steady and oscillatory are determined and the nature of the transition between the two types of sliding behavior is discussed.

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Titel:

Lubricated Friction Dynamics

Beteiligte:

Dr. Persson, Bo N. J. (Autor:in)

Erschienen in:

Sliding Friction ; 395-413

NanoScience and Technology

Ausgabe:

Second Edition

Erscheinungsdatum:

01.01.2000

Format / Umfang:

19 pages

ISBN:

978-3-662-04283-0 , 978-3-642-08652-6

ISSN:

DOI:

https://doi.org/10.1007/978-3-662-04283-0_12

Medientyp:

Aufsatz/Kapitel (Buch)

Format:

Elektronische Ressource

Sprache:

Englisch

Schlagwörter:

Stationary Contact , Lubrication Film , Spring Force , Lubrication Layer , Static Friction Force Physics , Mechanics , Nanotechnology , Surfaces and Interfaces, Thin Films

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