The presence of fixed points in a frequency response of vibrating systems can greatly complicate the vibration reduction if these points are not recognized. In this paper, the fixed points of two-degree of freedom systems are studied. The frequencies at which fixed points occur and their amplitudes are determined analytically
Abstract In engineering, to correctly understand the elements presented in vibratory systems and the...
The steady state and dynamic behavior of two-phase systems in physical equilibrium is investigated. ...
Steady State response of a system of two degrees of freedom with impact damper and their asymptotic ...
The well-known information available on undamped forced vibration of single- and two-degree-of-freed...
The galloping response of a two-degree-of-freedom system is investigated using asymptotic techniques...
We consider small solutions of a vibrating system with smooth non-linearities for which we provide a...
Geared toward advanced undergraduate and graduate students in engineering, this concise textbook dis...
In this paper a study of the free, forced and self-excited vibrations of non-linear, two degrees of ...
Parametrically disturbed systems with 2 and n degrees of freedom are investigated in the paper. As a...
A general first order theory is presented for treating forced oscillations in multiple degree of fre...
The aim of this work is to assemble mathematical model for given system of point masses. Compute the...
Graduation date: 1965The study of nonlinear vibrations of systems having two\ud degrees of freedom h...
Analytical solutions for complete two-degree-oFfieedom (2 DOF) vibrational systems comprising primar...
Piecewise linear vibration isolator system is one of the development to introduce dual rate stiffnes...
There are many systems which consist of a nonlinear oscillator attached to a linear system, examples...
Abstract In engineering, to correctly understand the elements presented in vibratory systems and the...
The steady state and dynamic behavior of two-phase systems in physical equilibrium is investigated. ...
Steady State response of a system of two degrees of freedom with impact damper and their asymptotic ...
The well-known information available on undamped forced vibration of single- and two-degree-of-freed...
The galloping response of a two-degree-of-freedom system is investigated using asymptotic techniques...
We consider small solutions of a vibrating system with smooth non-linearities for which we provide a...
Geared toward advanced undergraduate and graduate students in engineering, this concise textbook dis...
In this paper a study of the free, forced and self-excited vibrations of non-linear, two degrees of ...
Parametrically disturbed systems with 2 and n degrees of freedom are investigated in the paper. As a...
A general first order theory is presented for treating forced oscillations in multiple degree of fre...
The aim of this work is to assemble mathematical model for given system of point masses. Compute the...
Graduation date: 1965The study of nonlinear vibrations of systems having two\ud degrees of freedom h...
Analytical solutions for complete two-degree-oFfieedom (2 DOF) vibrational systems comprising primar...
Piecewise linear vibration isolator system is one of the development to introduce dual rate stiffnes...
There are many systems which consist of a nonlinear oscillator attached to a linear system, examples...
Abstract In engineering, to correctly understand the elements presented in vibratory systems and the...
The steady state and dynamic behavior of two-phase systems in physical equilibrium is investigated. ...
Steady State response of a system of two degrees of freedom with impact damper and their asymptotic ...
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