International audienceThe standard harmonic balance method (HBM) approaches periodic solutions of a nonlinear oscillator by calculating the amplitudes of harmonics with a given frequency. This method has difficulties in term of convergence when there are different periodic solutions for the same given frequency. This article presents an iteration procedure to calculate frequencies corresponding a given amplitude of the oscillator first harmonic. The higher order harmonic amplitudes are calculated by combining this procedure and HBM. The numerical applications show that this technique can be used to two periodic solutions corresponding to each amplitude of the first harmonic, including the "unstable" solution
AbstractIn this paper, an analytical approximate technique based on harmonic balance method (HBM) is...
A split-frequency harmonic balance method (SF-HBM) is developed to obtain subharmonic responses of a...
The harmonic balance method (HBM) was originally developed for finding periodic solutions of electro...
International audienceThe standard harmonic balance method (HBM) approaches periodic solutions of a ...
A novel approach about iterative homotopy harmonic balancing is presented to determine the periodic ...
In the present paper, a new analytical technique based on the rational harmonic balance method (RHBM...
In this paper, a simple harmonic balance method (HBM) is proposed to obtain higher-order approximate...
In the present paper, a new analytical technique based on the rational harmonic balance method (RHBM...
A new harmonic balance method (HBM) is presented for accurately computing the periodic responses of ...
In this paper, an analytical approximate technique based on harmonic balance method (HBM) is present...
We introduce an analytical technique to solve strongly nonlinear oscillators with cubic and harmonic...
In this paper, a modified harmonic balance method is used to investigate the strongly nonlinear osci...
International audienceA new iteration method for nonlinear vibrations has been developed by decompos...
International audienceA new iteration method for nonlinear vibrations has been developed by decompos...
International audienceA new iteration method for nonlinear vibrations has been developed by decompos...
AbstractIn this paper, an analytical approximate technique based on harmonic balance method (HBM) is...
A split-frequency harmonic balance method (SF-HBM) is developed to obtain subharmonic responses of a...
The harmonic balance method (HBM) was originally developed for finding periodic solutions of electro...
International audienceThe standard harmonic balance method (HBM) approaches periodic solutions of a ...
A novel approach about iterative homotopy harmonic balancing is presented to determine the periodic ...
In the present paper, a new analytical technique based on the rational harmonic balance method (RHBM...
In this paper, a simple harmonic balance method (HBM) is proposed to obtain higher-order approximate...
In the present paper, a new analytical technique based on the rational harmonic balance method (RHBM...
A new harmonic balance method (HBM) is presented for accurately computing the periodic responses of ...
In this paper, an analytical approximate technique based on harmonic balance method (HBM) is present...
We introduce an analytical technique to solve strongly nonlinear oscillators with cubic and harmonic...
In this paper, a modified harmonic balance method is used to investigate the strongly nonlinear osci...
International audienceA new iteration method for nonlinear vibrations has been developed by decompos...
International audienceA new iteration method for nonlinear vibrations has been developed by decompos...
International audienceA new iteration method for nonlinear vibrations has been developed by decompos...
AbstractIn this paper, an analytical approximate technique based on harmonic balance method (HBM) is...
A split-frequency harmonic balance method (SF-HBM) is developed to obtain subharmonic responses of a...
The harmonic balance method (HBM) was originally developed for finding periodic solutions of electro...