The inverted pendulum with a periodic parametric forcing is considered as a bifurcation problem in the reversible setting. Parameters are given by the size of the forcing and the frequency ratio. Normal form theory provides an integrable approximation of the Poincaré map generated by a planar vector field. Genericity of the model is studied by a perturbation analysis, where the spatial symmetry is optional. Here equivariant singularity theory is used.
A spring-pendulum in resonance is a time-independent Hamiltonian model system for formal reduction t...
This paper investigates dynamics of double pendulum subjected to vertical parametric kinematic excit...
We study the bifurcations associated with stability of the inverted (stationary) state in the parame...
The inverted pendulum with a periodic parametric forcing is considered as a bifurcation problem in t...
AbstractThe inverted pendulum with small parametric forcing is considered as an example of a wider c...
The inverted pendulum with small parametric forcing is considered as an example of a wider class of ...
The inverted pendulum with small parametric forcing is considered as an example of a wider class of ...
The inverted pendulum with small parametric forcing is considered as an example of a wider class of ...
A spring-pendulum in resonance is a time-independent Hamiltonian model system for formal reduction t...
UnrestrictedA pendulum is statically unstable in its upright inverted state due to the Earth's gravi...
This thesis involves the analysis of four classes of nonlinear oscillators. We investigate a damped ...
This paper is concerned with the global coherent (i.e., non-chaotic) dynamics of the parametrically ...
We consider Hamiltonian systems near equilibrium that can be (formally) reduced to one degree of fre...
A spring-pendulum in resonance is a time-independent Hamiltonian model system for formal reduction t...
This paper investigates dynamics of double pendulum subjected to vertical parametric kinematic excit...
We study the bifurcations associated with stability of the inverted (stationary) state in the parame...
The inverted pendulum with a periodic parametric forcing is considered as a bifurcation problem in t...
AbstractThe inverted pendulum with small parametric forcing is considered as an example of a wider c...
The inverted pendulum with small parametric forcing is considered as an example of a wider class of ...
The inverted pendulum with small parametric forcing is considered as an example of a wider class of ...
The inverted pendulum with small parametric forcing is considered as an example of a wider class of ...
A spring-pendulum in resonance is a time-independent Hamiltonian model system for formal reduction t...
UnrestrictedA pendulum is statically unstable in its upright inverted state due to the Earth's gravi...
This thesis involves the analysis of four classes of nonlinear oscillators. We investigate a damped ...
This paper is concerned with the global coherent (i.e., non-chaotic) dynamics of the parametrically ...
We consider Hamiltonian systems near equilibrium that can be (formally) reduced to one degree of fre...
A spring-pendulum in resonance is a time-independent Hamiltonian model system for formal reduction t...
This paper investigates dynamics of double pendulum subjected to vertical parametric kinematic excit...
We study the bifurcations associated with stability of the inverted (stationary) state in the parame...