Tautochrone in the damped cycloidal pendulum

The tautochrone on a cycloid curve is usually considered without drag force. In this work, we investigate the motion of a damped cycloidal pendulum under presence of a drag force. Using the Lagrange formulation, and considering linear dependence with velocity for damping force, we found the dynamics...

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Published inarXiv.org
Main Authors Paco H Talero L, Herreño-Fierro, César A, Santana, Fernanda
Format Paper
LanguageEnglish
Published Ithaca Cornell University Library, arXiv.org 03.11.2016
Subjects
Cycloids
Damping
Dependence
Drag
Pendulums
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Abstract The tautochrone on a cycloid curve is usually considered without drag force. In this work, we investigate the motion of a damped cycloidal pendulum under presence of a drag force. Using the Lagrange formulation, and considering linear dependence with velocity for damping force, we found the dynamics of the system to remain tautochrone. This dictates the possibility for studying the tautochrone experimentally, e.g. the cycloidal pendulum in water or oil.
AbstractList The tautochrone on a cycloid curve is usually considered without drag force. In this work, we investigate the motion of a damped cycloidal pendulum under presence of a drag force. Using the Lagrange formulation, and considering linear dependence with velocity for damping force, we found the dynamics of the system to remain tautochrone. This dictates the possibility for studying the tautochrone experimentally, e.g. the cycloidal pendulum in water or oil.
Author Herreño-Fierro, César A
Paco H Talero L
Santana, Fernanda
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Snippet The tautochrone on a cycloid curve is usually considered without drag force. In this work, we investigate the motion of a damped cycloidal pendulum under...
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SubjectTerms Cycloids
Damping
Dependence
Drag
Pendulums
Title Tautochrone in the damped cycloidal pendulum
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