This paper presents an optimization algorithm for the design of structurally efficient free-form reciprocal structures. Because of the geometric complexity of reciprocal structures, only a few structural studies have been carried out so far, and we have a limited knowledge of the relation between geometry and structural behaviour in reciprocal structures. This study takes advantage of the preceding work carried by the author on the Reciprocalizer, a software tool for the generation of reciprocal geometries. The Reciprocalizer has been included into a structural optimization algorithm for the generation of structurally efficient free-form reciprocal structures
In order to span longer distances than the length of the available timber beams the structural princ...
The primary problem often facing designers of structural systems is determining the shape of the str...
Shape and topology optimization techniques are widely used to maximize the performance or minimize t...
The geometry of reciprocal structures is extremely difficult to predict and control, and it cannot b...
Structures based on the principle of reciprocity have been autonomously studied and used since the a...
The paper presents a method to generate the geometry of reciprocal structures by means of a hybrid o...
The present paper focuses on the comparison of several two-dimensional and three-dimensional recipro...
International audienceThe simple connection conditions of reciprocal structures means that technolog...
Summary: From a technological point of view, reciprocal structures have the advantage of simplifying...
Using the capabilities of computation and digital fabrication this thesis provides a basis for a nov...
International audienceFrom a technological point of view, reciprocal structures have the advantage o...
Abstract This paper presents the detail of our interactive tool for designing reciprocal frame (RF) ...
This thesis focuses on computational design techniques that incorporate structural considerations in...
Figure 1: A large reciprocal frame (RF) structure designed by our method; there are no central suppo...
Nowadays, computational and digital design play an important role surrounding architecture practice,...
In order to span longer distances than the length of the available timber beams the structural princ...
The primary problem often facing designers of structural systems is determining the shape of the str...
Shape and topology optimization techniques are widely used to maximize the performance or minimize t...
The geometry of reciprocal structures is extremely difficult to predict and control, and it cannot b...
Structures based on the principle of reciprocity have been autonomously studied and used since the a...
The paper presents a method to generate the geometry of reciprocal structures by means of a hybrid o...
The present paper focuses on the comparison of several two-dimensional and three-dimensional recipro...
International audienceThe simple connection conditions of reciprocal structures means that technolog...
Summary: From a technological point of view, reciprocal structures have the advantage of simplifying...
Using the capabilities of computation and digital fabrication this thesis provides a basis for a nov...
International audienceFrom a technological point of view, reciprocal structures have the advantage o...
Abstract This paper presents the detail of our interactive tool for designing reciprocal frame (RF) ...
This thesis focuses on computational design techniques that incorporate structural considerations in...
Figure 1: A large reciprocal frame (RF) structure designed by our method; there are no central suppo...
Nowadays, computational and digital design play an important role surrounding architecture practice,...
In order to span longer distances than the length of the available timber beams the structural princ...
The primary problem often facing designers of structural systems is determining the shape of the str...
Shape and topology optimization techniques are widely used to maximize the performance or minimize t...