AbstractThe paper describes how to take into consideration the presence of transmissible loads in a topology optimization method based on optimality criteria. The optimization problem has been defined as a total potential energy maximization problem with stress, displacement or stiffness constraints. The final volume of the optimal structural configuration has not to be specified a priori and is a consequence of the imposed structural constraints. The implementation of the proposed method is quite simple and leads to the identification of well defined optimal structures. The results obtained by solving several benchmark problems are shown
Topology optimization is a powerful computational design tool that can be used to find optimal struc...
Abstract The purpose of this paper is to apply stress constraints to structural topology optimizatio...
This paper exposes a new type of problem settings for topology optimization, as well as the correspo...
The paper describes how to take into consideration the presence of transmissible loads in a topology...
AbstractThe paper describes how to take into consideration the presence of transmissible loads in a ...
Enviado a "Advances in engineering software" el 26/10/2004Sizing and shape structural optimization p...
Structural topology optimization is a mathematical approach which seeks optimal material distributio...
The optimal design for loads with multiple points of application is herein investigated by using a f...
Topology optimization of continuum structures is a relatively new branch of the structural opti-miza...
Topology optimization is a mathematical tool for finding optimal distributions of material phases wi...
Sizing and shape structural optimization problems are normally stated in terms of a minimum weight a...
This paper proposes to investigate topology optimization with density-dependent body forces and espe...
This paper deals with the consideration of loading uncertainties in topology optimization via a fund...
AbstractTopology optimization of continuum structures is a relatively new branch of the structural o...
We describe a systematic approach for the robust optimal design of linear elastic structures subjec...
Topology optimization is a powerful computational design tool that can be used to find optimal struc...
Abstract The purpose of this paper is to apply stress constraints to structural topology optimizatio...
This paper exposes a new type of problem settings for topology optimization, as well as the correspo...
The paper describes how to take into consideration the presence of transmissible loads in a topology...
AbstractThe paper describes how to take into consideration the presence of transmissible loads in a ...
Enviado a "Advances in engineering software" el 26/10/2004Sizing and shape structural optimization p...
Structural topology optimization is a mathematical approach which seeks optimal material distributio...
The optimal design for loads with multiple points of application is herein investigated by using a f...
Topology optimization of continuum structures is a relatively new branch of the structural opti-miza...
Topology optimization is a mathematical tool for finding optimal distributions of material phases wi...
Sizing and shape structural optimization problems are normally stated in terms of a minimum weight a...
This paper proposes to investigate topology optimization with density-dependent body forces and espe...
This paper deals with the consideration of loading uncertainties in topology optimization via a fund...
AbstractTopology optimization of continuum structures is a relatively new branch of the structural o...
We describe a systematic approach for the robust optimal design of linear elastic structures subjec...
Topology optimization is a powerful computational design tool that can be used to find optimal struc...
Abstract The purpose of this paper is to apply stress constraints to structural topology optimizatio...
This paper exposes a new type of problem settings for topology optimization, as well as the correspo...