Using a weighted residual method, a geometrically and physically nonlinear membrane element is derived, which can be used in the analysis of anisotropic membranes. What is special about the formulation is that the wrinkling behavior of the element is incorporated. If wrinkling occurs the stress situation in the element is determined by making use of a modified deformation tensor. A structure may have completely slack regions, leading to a singular stiffness matrix. Because of this we have chosen to use a restricted step method for the iterative solution procedure. A simple shear test is used to compare numerical and analytical results which show good agreement
The static response of thin, wrinkled membranes is studied using both a tension field approximation ...
An analysis of large deformations of flexible membrane structures within the tension field theory is...
A method to describe the stress situation in a wrinkled membrane is presented. In this paper it will...
Using a weighted residual method, a geometrically and physically nonlinear membrane element is deriv...
Using a weighted residual method, a geometrically and physically nonlinear membrane element is deriv...
Using a weighted residual method, a geometrically and physically nonlinear membrane element is deriv...
A method to describe the stress situation in a wrinkled membrane is presented. In this paper it will...
A method to describe the stress situation in a wrinkled membrane is presented. In this paper it will...
A method to describe the stress situation in a wrinkled membrane is presented. In this paper it will...
A method to describe the stress situation in a wrinkled membrane is presented. In this paper it will...
Using a weighted residual method, a geometrically and physically nonlinear membrane element is deriv...
New results are presented for the nite element analysis of wrinkling in curved elastic membranes und...
International audienceThis paper deals with the numerical computation of buckles and wrinkles appear...
One of the key aspects of developing gossamer space structures is the prediction of wrinkles and sla...
p. 2083-2092Due to a high ratio of load carrying capacity to self weight, membrane is widely used i...
The static response of thin, wrinkled membranes is studied using both a tension field approximation ...
An analysis of large deformations of flexible membrane structures within the tension field theory is...
A method to describe the stress situation in a wrinkled membrane is presented. In this paper it will...
Using a weighted residual method, a geometrically and physically nonlinear membrane element is deriv...
Using a weighted residual method, a geometrically and physically nonlinear membrane element is deriv...
Using a weighted residual method, a geometrically and physically nonlinear membrane element is deriv...
A method to describe the stress situation in a wrinkled membrane is presented. In this paper it will...
A method to describe the stress situation in a wrinkled membrane is presented. In this paper it will...
A method to describe the stress situation in a wrinkled membrane is presented. In this paper it will...
A method to describe the stress situation in a wrinkled membrane is presented. In this paper it will...
Using a weighted residual method, a geometrically and physically nonlinear membrane element is deriv...
New results are presented for the nite element analysis of wrinkling in curved elastic membranes und...
International audienceThis paper deals with the numerical computation of buckles and wrinkles appear...
One of the key aspects of developing gossamer space structures is the prediction of wrinkles and sla...
p. 2083-2092Due to a high ratio of load carrying capacity to self weight, membrane is widely used i...
The static response of thin, wrinkled membranes is studied using both a tension field approximation ...
An analysis of large deformations of flexible membrane structures within the tension field theory is...
A method to describe the stress situation in a wrinkled membrane is presented. In this paper it will...