Use this link to cite:
http://hdl.handle.net/2183/15566 Estructuras espaciales desplegables curvas
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Universidade da Coruña. Departamento de Tecnoloxía da Construcción
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Escrig, F., & Valcárcel, J. (1988). Estructuras espaciales desplegables curvas. Informes de la Construcción, 39(393): 53-71 doi: 10.3989/ic.1988.v39.i393.1606
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Abstract
Las estructuras desplegables de barras basadas en aspas
están siendo investigadas intensamente y ofrecen muctias
posibilidades de utilización en arquitectura. De ellas, las que
toman formas que puedan cerrar recintos son las más
atractivas y con más futuro. En el artículo se hace una
síntesis de las disposiciones formales para obtener cubiertas
cilindricas y esféricas con estructuras que sean estables y
compatibles, y se repasa una amplia gama de las tipologías
con más posibilidades o que han sido objeto de estudio.
Igualmente se hace una introducción al cálculo matricial de
sus elementos y conjuntos con las nociones básicas para la
confección de un programa específico.
Brevemente se comenta también la aplicación del cálculo al
estudio de algunos ejemplos concretos.
[Abstract]Expandable Space Bas Structures are being intensively investigated and they offer great utilitiers in architecture. They can be adjusted to a range of shapes as varied as for any other type of articulated structures. Among them, those used to endose spaces are the most attractive and credited for the future. In this paper some cylindrical and spherical design models are discussed and classified according to their generation pattern and their kynematic constraints, taking on account requirements to be fulltilled to make their geometry compatible with the stages of unfolding. An introduction to the method for structural analysis is also included, along with a number of examples
[Abstract]Expandable Space Bas Structures are being intensively investigated and they offer great utilitiers in architecture. They can be adjusted to a range of shapes as varied as for any other type of articulated structures. Among them, those used to endose spaces are the most attractive and credited for the future. In this paper some cylindrical and spherical design models are discussed and classified according to their generation pattern and their kynematic constraints, taking on account requirements to be fulltilled to make their geometry compatible with the stages of unfolding. An introduction to the method for structural analysis is also included, along with a number of examples
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Licencia Creative Commons 3.0 España (by-nc)
Reconocimiento 4.0 Internacional
Reconocimiento 4.0 Internacional







