This research work targets the design and optimization of a bio-inspired pedestrianbridge. The bridge is made of lattice material, whose stress analysis is conductedby means of the theory of asymptotic homogenization, coupled with an optimizationprocess that tailors the material properties to meet the functional requirements ofthe bridge. The analysis requires decoupling the system into two levels, system andcomponent; the former represents the whole superstructure, the latter the cross-section of the bridge. The optimum solution describing the material properties of thebridge mapped into a lattice geometry, which enables the fabrication of the structureusing additive manufacturing.Ce travail de recherche a pour objectif la conception et l'...
This thesis advances novel computational techniques to design multi-material, multi-scale and progra...
Components incorporating lattice structures have become very popular lately due to their lightweight...
This paper underlines the need of improving the traditional design method of stem rope footbridge by...
The demand for more sustainable structures has been shown as a growing tendency, and engineers can u...
The paper explores structural optimization potentials in Architecture. A design strategy, based on T...
Optimization is an act of obtaining the best results under given circumstances. In design, construct...
This paper presents the application of modern topology optimisation technology to bridge design. Top...
The Bio-based composite bridge is a 3TU project which aims to design and realize a 14m span pedestri...
One important parameter in building projects is the cost. Modifications to the dimensions of structu...
Research in using Topology optimisation as a tool to improve the design process of bridge design. Th...
This research investigates how to design a glass pedestrian bridge that is structurally optimised fo...
The structural development in bridge engineering along with efficiency have got much attention in fe...
In civil engineering, structural optimization seeks an efficient use of material resources and the a...
Recently, structural optimization has become an important tool for structural designers, because it ...
In this paper evolutionary procedures are applied to the optimization of the structural morphology o...
This thesis advances novel computational techniques to design multi-material, multi-scale and progra...
Components incorporating lattice structures have become very popular lately due to their lightweight...
This paper underlines the need of improving the traditional design method of stem rope footbridge by...
The demand for more sustainable structures has been shown as a growing tendency, and engineers can u...
The paper explores structural optimization potentials in Architecture. A design strategy, based on T...
Optimization is an act of obtaining the best results under given circumstances. In design, construct...
This paper presents the application of modern topology optimisation technology to bridge design. Top...
The Bio-based composite bridge is a 3TU project which aims to design and realize a 14m span pedestri...
One important parameter in building projects is the cost. Modifications to the dimensions of structu...
Research in using Topology optimisation as a tool to improve the design process of bridge design. Th...
This research investigates how to design a glass pedestrian bridge that is structurally optimised fo...
The structural development in bridge engineering along with efficiency have got much attention in fe...
In civil engineering, structural optimization seeks an efficient use of material resources and the a...
Recently, structural optimization has become an important tool for structural designers, because it ...
In this paper evolutionary procedures are applied to the optimization of the structural morphology o...
This thesis advances novel computational techniques to design multi-material, multi-scale and progra...
Components incorporating lattice structures have become very popular lately due to their lightweight...
This paper underlines the need of improving the traditional design method of stem rope footbridge by...