The problems of Timoshenko beams and plates lateral vibrations under the influence of unsteady loads are considered. Both beam and plate is supposed to be unlimited. In case of the plate the problem has been simply studied. The approach to the solution was based on dominant function method and principle of superposition. Integral models of solutions with cores as dominant functions were built which could be analytically found with the help of the Fourier and Laplace integral transforms. Two original analytical methods for Fourier and Laplace transforms were offered and realized. The examples of calculations were given
In this paper, a set of static Timoshenko beam functions is developed as the admissible functions to...
In the present paper the Differential Quadrature Method, DQM, and the domain decomposition are used ...
A new perturbation method is introduced to study the undamped free vibration of a non-prismatic Timo...
The paper is concerned with free vibrations of geometrically non-linear elastic Timoshen-ko beams wi...
The paper is concerned with free vibrations of geometrically non-linear elastic Timoshenko beams wit...
The paper is concerned with free vibrations of geometrically non-linear elastic Timoshenko beams wit...
The problem of free vibrations of the Timoshenko beam model has been addressed in the first part of ...
In the paper vibrations of the Timoshenko beam on an inertial foundation subjected to a moving force...
The exact solution for the problem of damped, steady state response, of in-plane Timoshenko frames s...
In this paper, a novel analytically method for analyzing the dynamic behavior of beams, under differ...
In this paper, the free vibrations of rectangular Mindlin plates with variable thickness in one or t...
In the paper, a new approach to description of the Timoshenko beam free and forced vibrations by a s...
This letter presents a theoretical treatment of Timoshenko [S. Timoshenko, Philos. Mag. 41, 744 (192...
The scope of the research is to provide a simpler and more consistent equation for the analysis of t...
This work treats the lateral harmonic forcing, with spatial dependencies, of a two-segment beam. The...
In this paper, a set of static Timoshenko beam functions is developed as the admissible functions to...
In the present paper the Differential Quadrature Method, DQM, and the domain decomposition are used ...
A new perturbation method is introduced to study the undamped free vibration of a non-prismatic Timo...
The paper is concerned with free vibrations of geometrically non-linear elastic Timoshen-ko beams wi...
The paper is concerned with free vibrations of geometrically non-linear elastic Timoshenko beams wit...
The paper is concerned with free vibrations of geometrically non-linear elastic Timoshenko beams wit...
The problem of free vibrations of the Timoshenko beam model has been addressed in the first part of ...
In the paper vibrations of the Timoshenko beam on an inertial foundation subjected to a moving force...
The exact solution for the problem of damped, steady state response, of in-plane Timoshenko frames s...
In this paper, a novel analytically method for analyzing the dynamic behavior of beams, under differ...
In this paper, the free vibrations of rectangular Mindlin plates with variable thickness in one or t...
In the paper, a new approach to description of the Timoshenko beam free and forced vibrations by a s...
This letter presents a theoretical treatment of Timoshenko [S. Timoshenko, Philos. Mag. 41, 744 (192...
The scope of the research is to provide a simpler and more consistent equation for the analysis of t...
This work treats the lateral harmonic forcing, with spatial dependencies, of a two-segment beam. The...
In this paper, a set of static Timoshenko beam functions is developed as the admissible functions to...
In the present paper the Differential Quadrature Method, DQM, and the domain decomposition are used ...
A new perturbation method is introduced to study the undamped free vibration of a non-prismatic Timo...