The algorithm for finding a finite number of the first values of natural frequencies and forms of geometrically nonlinear free transverse vibrations of thin-walled elongated panels with arbitrary generatrix is proposed and verified. Under normal coordinate quadratic the approximation of displacements is used. Along the tangential coordinates used one-dimensional finite elements. The discrete variation problem is built. For its solving the perturbation method is applied. The numerical results are compared with previously obtained by other authors
Geometrically non-linear forced vibrations of a shallow circular cylindrical panel with a complex sh...
Abstract: This paper presents a simple, computationally efcient and highly accurate numerical model ...
A general variational formulation for the determination of natural frequencies and mode shapes of fr...
The proposed and verified the technique of finding a finite number of first natural frequencies for ...
The natural frequencies of thin, flat-walled structures with different boundary conditions are analy...
The technique of finding a finite number of first natural frequencies for geometrically nonlinear vi...
The effects of large vibration amplitudes on the first axisymetric mode shape of thin isotropic annu...
The geometrically non-linear free vibration of thin isotropic plates is investigated using the hiera...
The geometrically nonlinear free and steady-state forced vibration of simply-supported and clamped-c...
A generalised theory for the natural vibration of non-uniform thin-walled beams of arbitrary cross-s...
A generalised theory for the natural vibration of non-uniform thin-walled beams of arbitrary cross-s...
A finite element formulation is developed for analyzing large amplitude free flexural vibrations of ...
Free vibration analysis of thin annular plate with thickness varying monotonically in arbitrary powe...
Free vibration analysis of thin annular plate with thickness varying monotonically in arbitrary powe...
This paper deals with a general variational formulation for the determination of natural frequencies...
Geometrically non-linear forced vibrations of a shallow circular cylindrical panel with a complex sh...
Abstract: This paper presents a simple, computationally efcient and highly accurate numerical model ...
A general variational formulation for the determination of natural frequencies and mode shapes of fr...
The proposed and verified the technique of finding a finite number of first natural frequencies for ...
The natural frequencies of thin, flat-walled structures with different boundary conditions are analy...
The technique of finding a finite number of first natural frequencies for geometrically nonlinear vi...
The effects of large vibration amplitudes on the first axisymetric mode shape of thin isotropic annu...
The geometrically non-linear free vibration of thin isotropic plates is investigated using the hiera...
The geometrically nonlinear free and steady-state forced vibration of simply-supported and clamped-c...
A generalised theory for the natural vibration of non-uniform thin-walled beams of arbitrary cross-s...
A generalised theory for the natural vibration of non-uniform thin-walled beams of arbitrary cross-s...
A finite element formulation is developed for analyzing large amplitude free flexural vibrations of ...
Free vibration analysis of thin annular plate with thickness varying monotonically in arbitrary powe...
Free vibration analysis of thin annular plate with thickness varying monotonically in arbitrary powe...
This paper deals with a general variational formulation for the determination of natural frequencies...
Geometrically non-linear forced vibrations of a shallow circular cylindrical panel with a complex sh...
Abstract: This paper presents a simple, computationally efcient and highly accurate numerical model ...
A general variational formulation for the determination of natural frequencies and mode shapes of fr...