ABSTRACT. In the context of structural optimization, we propose two natural extensions of the level set method for the design of compliant mechanisms. Two new objective functions are introduced, well suited to the automatic design of compliant mechanisms, and a strategy for the design of mechanisms adapted to multiple loads is proposed. This work is illustrated with several numericals examples. RÉSUMÉ. Dans le cadre de l’optimisation de structures élastiques, nous proposons deux exten-sions naturelles de la méthode des lignes de niveaux qui peuvent s’avérer utiles aux concep-teurs de micro-mécanismes. Nous introduisons une nouvelle fonction-coût, inspirée d’un cri-tère d’optimisation largement utilisé dans le domaine de la conception de méc...
Compliant mechanisms are mechanical devices that rely on elastic deformation to achieve force and mo...
This paper attempts to present a new multi-criteria topological optimization methodology for the sys...
Topology optimization problems for compliant mechanisms using a density interpolation scheme, the ra...
International audienceIn the context of structural optimization, we propose two natural extensions o...
Abstract — The aim of this paper is to present a level set method for optimal design of compliant me...
This paper presents and compares two methods for the optimal design of compliant mechanisms. The fir...
This paper presents a new level set-based method to realize shape and topology optimization of hinge...
A monolithic compliant mechanism transmits applied forces from specified input ports to output ports...
In this paper, a parameterization level set method is presented to simultaneously perform shape and ...
Abstract—A new parameterization approach 1 for optimal synthesis of compliant mechanisms using level...
Copyright © 2017 John Wiley & Sons, Ltd. In this paper, a level-set-based method is presented to dea...
Topology optimization has emerged as one of the key approaches to design compliant mechanisms. Howev...
A parameterization level set method is presented for structural shape and topology optimization of c...
Multi-Criteria Optimization Compliant mechanisms are mechanical devices that achieve motion via elas...
In this paper, a parameterization approach is presented for structural shape and topology optimizati...
Compliant mechanisms are mechanical devices that rely on elastic deformation to achieve force and mo...
This paper attempts to present a new multi-criteria topological optimization methodology for the sys...
Topology optimization problems for compliant mechanisms using a density interpolation scheme, the ra...
International audienceIn the context of structural optimization, we propose two natural extensions o...
Abstract — The aim of this paper is to present a level set method for optimal design of compliant me...
This paper presents and compares two methods for the optimal design of compliant mechanisms. The fir...
This paper presents a new level set-based method to realize shape and topology optimization of hinge...
A monolithic compliant mechanism transmits applied forces from specified input ports to output ports...
In this paper, a parameterization level set method is presented to simultaneously perform shape and ...
Abstract—A new parameterization approach 1 for optimal synthesis of compliant mechanisms using level...
Copyright © 2017 John Wiley & Sons, Ltd. In this paper, a level-set-based method is presented to dea...
Topology optimization has emerged as one of the key approaches to design compliant mechanisms. Howev...
A parameterization level set method is presented for structural shape and topology optimization of c...
Multi-Criteria Optimization Compliant mechanisms are mechanical devices that achieve motion via elas...
In this paper, a parameterization approach is presented for structural shape and topology optimizati...
Compliant mechanisms are mechanical devices that rely on elastic deformation to achieve force and mo...
This paper attempts to present a new multi-criteria topological optimization methodology for the sys...
Topology optimization problems for compliant mechanisms using a density interpolation scheme, the ra...