This paper presents a mathematical model for the variation of the axial rigidity of the main shaft in a CNC machine tool. It analyzes the main parameters on which the axial rigidity of the shaft depend and the way they influence the stability of functioning
The article discusses two approaches to the question of plastic deformations constructing areas in a...
Hydraulic pipes and cable bundles attached to host structures are widely found in engineering. This ...
Computational homogenization embedded in a multi-scale analysis is a versatile tool also called the ...
The paper deals with the lateral buckling problem of a freely supported wooden strip with a constant...
The longitudinal vibration of a cylindrical rod has been studied in an elastic medium from the actio...
This study received support from the Grant Agency of the Czech Technical University in Prague, und...
In a project at Beihang University different methods to model, simulate and identify nonlinear mecha...
Surface textures have been shown to have the potential of enhancing the performance of hydrodynamic ...
This paper presents a linear semi-analytical model that is able to predict complex rotor-structure c...
In structural engineering literature, the correlation between, knot ratios and MoR, has been interpr...
The investigated system comprises a mass attached by a deformable link to a fixed foundation, and an...
In this paper, we present properties and meaning of the new fundamental, called SEE change. Addition...
A numerical experiment was carried out to study rigidity, critical force, and bearing capacity of re...
Real beams have non-ideal boundary conditions and it is necessary to use new models to determine the...
Two-scale simulations for multiscale modeling purposes require the solution of boundary value proble...
The article discusses two approaches to the question of plastic deformations constructing areas in a...
Hydraulic pipes and cable bundles attached to host structures are widely found in engineering. This ...
Computational homogenization embedded in a multi-scale analysis is a versatile tool also called the ...
The paper deals with the lateral buckling problem of a freely supported wooden strip with a constant...
The longitudinal vibration of a cylindrical rod has been studied in an elastic medium from the actio...
This study received support from the Grant Agency of the Czech Technical University in Prague, und...
In a project at Beihang University different methods to model, simulate and identify nonlinear mecha...
Surface textures have been shown to have the potential of enhancing the performance of hydrodynamic ...
This paper presents a linear semi-analytical model that is able to predict complex rotor-structure c...
In structural engineering literature, the correlation between, knot ratios and MoR, has been interpr...
The investigated system comprises a mass attached by a deformable link to a fixed foundation, and an...
In this paper, we present properties and meaning of the new fundamental, called SEE change. Addition...
A numerical experiment was carried out to study rigidity, critical force, and bearing capacity of re...
Real beams have non-ideal boundary conditions and it is necessary to use new models to determine the...
Two-scale simulations for multiscale modeling purposes require the solution of boundary value proble...
The article discusses two approaches to the question of plastic deformations constructing areas in a...
Hydraulic pipes and cable bundles attached to host structures are widely found in engineering. This ...
Computational homogenization embedded in a multi-scale analysis is a versatile tool also called the ...
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