<div><p>Abstract In the present study, the response of a flexible string with large amplitude transverse vibration is studied utilizing amplitude-frequency formulation, improved amplitude-frequency formulation and max-min approach. In order to verify the accuracy of these approaches, obtained results are compared with other methods such as variational approach method, variational iteration method, coupling Newton’s method with the harmonic balance method and Hamiltonian approach. It has been found that for this problem, while amplitude-frequency formulation and max-min approach give the same results, improved amplitude frequency formulation is not an appropriate choice.</p></div
In this paper a model of the dynamics of a stretched string is derived. The sag of the string due to...
AbstractIn this paper, the approximate solutions of the mathematical model of a mass attached to a s...
This work is the second in a series of articles that deal with analytical solutions of nonlinear dyn...
This paper presents the analytical simulation of string with large amplitudes using the Variational ...
A new harmonic balance approach for solving the large amplitude nonlinear vibration of a constant-te...
The equations of motion of a vibrating string are derive, and it is shown that a coupling exists bet...
Mechanical nonlinear vibration of slender structures, such as beams, strings, rods, plates, and even...
A nonlinear equation describing the transverse vibration of an axially traveling string with constan...
In this paper, a mathematical model of large amplitude vibration of a uniform cantilever beam arisin...
This paper considers the analytical free time domain response and energy in an axially translating a...
In this study a new approach to the problem of transverse vibrations of an ideal string is presented...
In this thesis the dynamics of inclined stretched strings has been studied. These elastic strings ar...
Analytical results are presented for nonlinear vibrations of a stretched string connected with a lat...
An analytical vibration response in the time domain for an axially translating and laterally vibrati...
In this paper a model of the dynamics of a stretched string is derived. The sag of the string due to...
In this paper a model of the dynamics of a stretched string is derived. The sag of the string due to...
AbstractIn this paper, the approximate solutions of the mathematical model of a mass attached to a s...
This work is the second in a series of articles that deal with analytical solutions of nonlinear dyn...
This paper presents the analytical simulation of string with large amplitudes using the Variational ...
A new harmonic balance approach for solving the large amplitude nonlinear vibration of a constant-te...
The equations of motion of a vibrating string are derive, and it is shown that a coupling exists bet...
Mechanical nonlinear vibration of slender structures, such as beams, strings, rods, plates, and even...
A nonlinear equation describing the transverse vibration of an axially traveling string with constan...
In this paper, a mathematical model of large amplitude vibration of a uniform cantilever beam arisin...
This paper considers the analytical free time domain response and energy in an axially translating a...
In this study a new approach to the problem of transverse vibrations of an ideal string is presented...
In this thesis the dynamics of inclined stretched strings has been studied. These elastic strings ar...
Analytical results are presented for nonlinear vibrations of a stretched string connected with a lat...
An analytical vibration response in the time domain for an axially translating and laterally vibrati...
In this paper a model of the dynamics of a stretched string is derived. The sag of the string due to...
In this paper a model of the dynamics of a stretched string is derived. The sag of the string due to...
AbstractIn this paper, the approximate solutions of the mathematical model of a mass attached to a s...
This work is the second in a series of articles that deal with analytical solutions of nonlinear dyn...