Add to ORKGThe numerical procedures and results of analysis of rectangular membranes are presented. For the solution of the nonlinear problem the finite difference energy method and Newton-Raphson method are used
Membranes have many engineering applications due to their light weight and low construction cost, as...
A number of important results of studying large deformations of hyper-elastic shells are obtained us...
Presented is a total-Lagrangian displacement-based non-linear finite-element model of thin-film memb...
Membrane structures play an important role in a wide variety of applications, ranging from solar sai...
In this work, membrane and shell structures with large deformations are studied. In the structural p...
High precision membranes are used in many current space applications. This paper presents a fully no...
International audienceThis paper presents theoretical and numerical developments of finite elements ...
Soft elastic membranes are typically unable to sustain compressive stresses, so that an accurate est...
The paper presents a non-linear finite element procedure for analysis of membrane structures. A four...
A geometrically and physically nonlinear model of a membrane cylindrical shell, which has been built...
International audienceIn this work, a numerical approach is presented for solving problems of finite...
A geometrically and physically nonlinear model of a membrane cylindrical shell, which has been built...
The membrane structure has been applied throughout different fields such as civil engineering, biolo...
Utilizing the straingradient notation process and the free formulation, an efficient way of construc...
Elastic elements are widely used in instrumentation. They are used to create a particular interferen...
Membranes have many engineering applications due to their light weight and low construction cost, as...
A number of important results of studying large deformations of hyper-elastic shells are obtained us...
Presented is a total-Lagrangian displacement-based non-linear finite-element model of thin-film memb...
Membrane structures play an important role in a wide variety of applications, ranging from solar sai...
In this work, membrane and shell structures with large deformations are studied. In the structural p...
High precision membranes are used in many current space applications. This paper presents a fully no...
International audienceThis paper presents theoretical and numerical developments of finite elements ...
Soft elastic membranes are typically unable to sustain compressive stresses, so that an accurate est...
The paper presents a non-linear finite element procedure for analysis of membrane structures. A four...
A geometrically and physically nonlinear model of a membrane cylindrical shell, which has been built...
International audienceIn this work, a numerical approach is presented for solving problems of finite...
A geometrically and physically nonlinear model of a membrane cylindrical shell, which has been built...
The membrane structure has been applied throughout different fields such as civil engineering, biolo...
Utilizing the straingradient notation process and the free formulation, an efficient way of construc...
Elastic elements are widely used in instrumentation. They are used to create a particular interferen...
Membranes have many engineering applications due to their light weight and low construction cost, as...
A number of important results of studying large deformations of hyper-elastic shells are obtained us...
Presented is a total-Lagrangian displacement-based non-linear finite-element model of thin-film memb...