In this paper, Hamiltonian approach is extended to investigate coupled nonlinear multi-degree-of-freedom oscillatory systems. At the beginning of the study, basic principles of Hamiltonian approach are provided for multiple coupled oscillators. In the next section, the amplitude-frequency relation for the two-degree-of-freedom nonlinear mechanical systems is obtained via Hamiltonian approach. The natural frequency expression is compared to show the agreement between the present and published results. Additionally, the approximate and numerical periodic solutions are plotted
The problem of nonlinear Hamiltonian oscillators is one of the classical questions in physics. When ...
Many nonlinear systems in industry including oscillators can be simulated as a mass-spring system. I...
In this paper, the Hamiltonian approach is extended for solving vibrations of nonlinear conservative...
The higher order Hamiltonian approach is utilized to elicit approximate solutions for two nonlinear ...
WOS: 000321683200004The higher order Hamiltonian approach is utilized to elicit approximate solution...
WOS: 000290014600064In this paper, Hamiltonian Approach (HA) is applied to obtain the analytical app...
WOS: 000294886000015In this work, the Hamiltonian approach is applied to obtain the natural frequenc...
The Hamiltonian approach is used to find an approximate amplitude-frequency relationship of a nonlin...
The higher order Hamiltonian approach is utilized to elicit approximate solutions for two nonlinear ...
International audienceAn analysis is presented for determining exact steady state response for a cla...
A variational method for Hamiltonian systems is analyzed. Two different variational characterization...
In this paper, a reliable technique for calculating angular frequencies of nonlinear oscillators is ...
Here we describe eight new methods, arisen in the last 60 years, to study solutions of a Hamiltonian...
A variational method for Hamiltonian systems is analyzed. Two different variational characterizatio...
Subject and Purpose. The paper is concerned with the behavior of a nonlinear dynamic system that has...
The problem of nonlinear Hamiltonian oscillators is one of the classical questions in physics. When ...
Many nonlinear systems in industry including oscillators can be simulated as a mass-spring system. I...
In this paper, the Hamiltonian approach is extended for solving vibrations of nonlinear conservative...
The higher order Hamiltonian approach is utilized to elicit approximate solutions for two nonlinear ...
WOS: 000321683200004The higher order Hamiltonian approach is utilized to elicit approximate solution...
WOS: 000290014600064In this paper, Hamiltonian Approach (HA) is applied to obtain the analytical app...
WOS: 000294886000015In this work, the Hamiltonian approach is applied to obtain the natural frequenc...
The Hamiltonian approach is used to find an approximate amplitude-frequency relationship of a nonlin...
The higher order Hamiltonian approach is utilized to elicit approximate solutions for two nonlinear ...
International audienceAn analysis is presented for determining exact steady state response for a cla...
A variational method for Hamiltonian systems is analyzed. Two different variational characterization...
In this paper, a reliable technique for calculating angular frequencies of nonlinear oscillators is ...
Here we describe eight new methods, arisen in the last 60 years, to study solutions of a Hamiltonian...
A variational method for Hamiltonian systems is analyzed. Two different variational characterizatio...
Subject and Purpose. The paper is concerned with the behavior of a nonlinear dynamic system that has...
The problem of nonlinear Hamiltonian oscillators is one of the classical questions in physics. When ...
Many nonlinear systems in industry including oscillators can be simulated as a mass-spring system. I...
In this paper, the Hamiltonian approach is extended for solving vibrations of nonlinear conservative...