Abstract
This note presents a summary on the numerical developments made to simulate impact-friction vibrations of tubular systems, detailing the algorithms used and the expression of impact and friction forces. A synthesis of the experimental results obtained on MASSIF workbench is also presented, as well as their comparison with numerical computations in order to validate the numerical approach. (author). 5 refs.
Citation Formats
Jacquart, G.
Impact-friction vibrations of tubular systems. Numerical simulation and experimental validation; Vibrations avec choc et frottement de structures tubulaires. Simulation numerique et validation experimentale.
France: N. p.,
1993.
Web.
Jacquart, G.
Impact-friction vibrations of tubular systems. Numerical simulation and experimental validation; Vibrations avec choc et frottement de structures tubulaires. Simulation numerique et validation experimentale.
France.
Jacquart, G.
1993.
"Impact-friction vibrations of tubular systems. Numerical simulation and experimental validation; Vibrations avec choc et frottement de structures tubulaires. Simulation numerique et validation experimentale."
France.
@misc{etde_10138766,
title = {Impact-friction vibrations of tubular systems. Numerical simulation and experimental validation; Vibrations avec choc et frottement de structures tubulaires. Simulation numerique et validation experimentale}
author = {Jacquart, G}
abstractNote = {This note presents a summary on the numerical developments made to simulate impact-friction vibrations of tubular systems, detailing the algorithms used and the expression of impact and friction forces. A synthesis of the experimental results obtained on MASSIF workbench is also presented, as well as their comparison with numerical computations in order to validate the numerical approach. (author). 5 refs.}
place = {France}
year = {1993}
month = {May}
}
title = {Impact-friction vibrations of tubular systems. Numerical simulation and experimental validation; Vibrations avec choc et frottement de structures tubulaires. Simulation numerique et validation experimentale}
author = {Jacquart, G}
abstractNote = {This note presents a summary on the numerical developments made to simulate impact-friction vibrations of tubular systems, detailing the algorithms used and the expression of impact and friction forces. A synthesis of the experimental results obtained on MASSIF workbench is also presented, as well as their comparison with numerical computations in order to validate the numerical approach. (author). 5 refs.}
place = {France}
year = {1993}
month = {May}
}