Generally the displacements of the beams are calculated by the traditional methods of structural mechanics with the help of approximate formulas which provide good results for linear tasks. The author shows that the approximate formula is not suitable for analysis in the case of geometrical nonlinearity which occurs during the manufacturing process of bending developable shells. The comparison of results got by methods of structural mechanics and shell theory for the shells with developable middle surfaces is given. © The Authors, published by EDP Sciences, 2017
This study is devoted to tracing the equilibrium path of structures with severe nonlinear behavior. ...
The theory of shells and plates is one of the oldest branches of solid mechanics. In many cases a di...
Solution procedures are developed and evaluated for the analysis of nonlinear structural problems. T...
This review article is devoted to an analysis of the literature on the stress-strain state of shells...
It is known that in the process of deformation of shells depending on the level and duration of exte...
A huge number of investigations on developable surfaces have been made, but the problem of analysis ...
AbstractIt is well known that distribution of displacements through the shell thickness is non-linea...
AbstractWe discuss the non-linear theory of thin shells expressed in terms of displacements of the s...
The present formulation of the analysed problem is based on Donell’s nonlinear shallow shell theory,...
A method is described for the linear and nonlinear elastic analysis of shells of revolution, under a...
Abstract — In this paper, analysis of non-prismatic Euler-Bernoulli beam elements with nonlinear mat...
Shells as elements of various structures are widely used in different fields of engineering and cons...
In the nonlinear analysis of elastic structures, the displacement increments generated at each incre...
A computational model for geometric and material non-linear analysis of reinforced plates and shallo...
The paper focuses on the method of calculation of evolution shells beyond the elastic limit. The con...
This study is devoted to tracing the equilibrium path of structures with severe nonlinear behavior. ...
The theory of shells and plates is one of the oldest branches of solid mechanics. In many cases a di...
Solution procedures are developed and evaluated for the analysis of nonlinear structural problems. T...
This review article is devoted to an analysis of the literature on the stress-strain state of shells...
It is known that in the process of deformation of shells depending on the level and duration of exte...
A huge number of investigations on developable surfaces have been made, but the problem of analysis ...
AbstractIt is well known that distribution of displacements through the shell thickness is non-linea...
AbstractWe discuss the non-linear theory of thin shells expressed in terms of displacements of the s...
The present formulation of the analysed problem is based on Donell’s nonlinear shallow shell theory,...
A method is described for the linear and nonlinear elastic analysis of shells of revolution, under a...
Abstract — In this paper, analysis of non-prismatic Euler-Bernoulli beam elements with nonlinear mat...
Shells as elements of various structures are widely used in different fields of engineering and cons...
In the nonlinear analysis of elastic structures, the displacement increments generated at each incre...
A computational model for geometric and material non-linear analysis of reinforced plates and shallo...
The paper focuses on the method of calculation of evolution shells beyond the elastic limit. The con...
This study is devoted to tracing the equilibrium path of structures with severe nonlinear behavior. ...
The theory of shells and plates is one of the oldest branches of solid mechanics. In many cases a di...
Solution procedures are developed and evaluated for the analysis of nonlinear structural problems. T...