The optimality conditions for the optimal shape remodelling of linearly elastic plates are obtained by introducing the total variation of a function defined on a variable domain, although the variation of a function has been taken on a fixed domain in most literature on calculus of variations. Using these optimality conditions, a solution scheme involving an iterative algorithm is proposed, together with several numerical examples.Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/50094/1/1620201006_ftp.pd
The problem of structural optimization for elastic bodies is considered. The goal is to minimize an ...
summary:The state problem of elasto-plasticity (for the model with strain-hardening) is formulated i...
summary:Existence of an optimal shape of a deformable body made from a physically nonlinear material...
Variational principles of structural analysis are used in conjunction with the design problem to der...
Grid adaptive methods combined with means for automatic remeshing are applied to problems in shape o...
This study is concerned with the development of a variational formulation and a procedure for the co...
This study is concerned with development of a variational formulation and a procedure for computatio...
We present the problem of remodeling a given structure such as to improve structural performance opt...
The development presented introduces a general form of mixed formulation for the optimal shape desig...
Significant performance improvements can be obtained if the topology of an elastic structure is allo...
Abstract: In this paper, the author presents some results concerning the optimal shape design proble...
For a typical design problem of a plate of variable thickness, we analyze the one-dimensional situat...
Shape optimal design has been applied to linearly elastic bodies, and to the two dimensional seepage...
summary:Within the range of Prandtl-Reuss model of elasto-plasticity the following optimal design pr...
Abstract. We present he problem of remodeling a given structure such as to improve structural perfor...
The problem of structural optimization for elastic bodies is considered. The goal is to minimize an ...
summary:The state problem of elasto-plasticity (for the model with strain-hardening) is formulated i...
summary:Existence of an optimal shape of a deformable body made from a physically nonlinear material...
Variational principles of structural analysis are used in conjunction with the design problem to der...
Grid adaptive methods combined with means for automatic remeshing are applied to problems in shape o...
This study is concerned with the development of a variational formulation and a procedure for the co...
This study is concerned with development of a variational formulation and a procedure for computatio...
We present the problem of remodeling a given structure such as to improve structural performance opt...
The development presented introduces a general form of mixed formulation for the optimal shape desig...
Significant performance improvements can be obtained if the topology of an elastic structure is allo...
Abstract: In this paper, the author presents some results concerning the optimal shape design proble...
For a typical design problem of a plate of variable thickness, we analyze the one-dimensional situat...
Shape optimal design has been applied to linearly elastic bodies, and to the two dimensional seepage...
summary:Within the range of Prandtl-Reuss model of elasto-plasticity the following optimal design pr...
Abstract. We present he problem of remodeling a given structure such as to improve structural perfor...
The problem of structural optimization for elastic bodies is considered. The goal is to minimize an ...
summary:The state problem of elasto-plasticity (for the model with strain-hardening) is formulated i...
summary:Existence of an optimal shape of a deformable body made from a physically nonlinear material...