Topics
stiffnessDisease
Abstract. The aim of this paper is to derive a differential equation of transverse vibrations of a beam with a local, stroke change of stiffness, and to solve it. The presented method is based on the theory of distributions
A moving Timoshenko beam is analyzed for its free vibration characteristics using the dynamic stiffn...
The effect of a small change in position of one of the supports on the natural frequencies and modes...
An exact solution for the title problem is obtained in closed form fashion in the case of a Bernoull...
The aim of this paper is to derive a differential equation of transverse vibrations of a beam with a...
Consider the transverse vibrations of a thin beam. The main difference between beam vibrations and t...
To an untrained eye, a differential equation may appear to be just a conglomerate of mathematical sy...
In this paper is studied the free vibrations of beams with axial load (nonlinear geometrical vibrati...
The paper presents a new formulation for transverse oscillations of uniform beams. The governing equ...
The governing differential equation for the transverse displacement y(x, t) of cantilever beam subje...
The work is devoted to methods of analysis of vibrations and stability of discrete-continuous, multi...
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...
Abstract In this paper, a new modified finite element method that can be used in the analysis of tra...
When the size of cross section of a stepped beam is large as compared with its length, it is necessa...
The purpose of this tutorial is to derive for a method for analyzing rotating beam vibratio
A moving Timoshenko beam is analyzed for its free vibration characteristics using the dynamic stiffn...
The effect of a small change in position of one of the supports on the natural frequencies and modes...
An exact solution for the title problem is obtained in closed form fashion in the case of a Bernoull...
The aim of this paper is to derive a differential equation of transverse vibrations of a beam with a...
Consider the transverse vibrations of a thin beam. The main difference between beam vibrations and t...
To an untrained eye, a differential equation may appear to be just a conglomerate of mathematical sy...
In this paper is studied the free vibrations of beams with axial load (nonlinear geometrical vibrati...
The paper presents a new formulation for transverse oscillations of uniform beams. The governing equ...
The governing differential equation for the transverse displacement y(x, t) of cantilever beam subje...
The work is devoted to methods of analysis of vibrations and stability of discrete-continuous, multi...
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...
Abstract In this paper, a new modified finite element method that can be used in the analysis of tra...
When the size of cross section of a stepped beam is large as compared with its length, it is necessa...
The purpose of this tutorial is to derive for a method for analyzing rotating beam vibratio
A moving Timoshenko beam is analyzed for its free vibration characteristics using the dynamic stiffn...
The effect of a small change in position of one of the supports on the natural frequencies and modes...
An exact solution for the title problem is obtained in closed form fashion in the case of a Bernoull...
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