IMProVe - International conference on Innovative Methods in Product Design, 2011
The research, developed under the project of International Interuniversity Cooperation " Laborato... more The research, developed under the project of International Interuniversity Cooperation " Laboratory DRAWING AND STRUCTURAL ANALYSIS " , was applied to the study of decorative composition of uniplanar geometrical matrices, with the aim of identifying a key to understanding the structure of the work leading to a procedure coded for successive reproduction with automated systems. In the development of possible combinations of basic geometric shapes in the plane, the problem of replica is always present (for example, restoration actions), as the repeatability of a single part-foundation of his own existence-gives rise to the entire composition. It has been sought, therefore, from a careful analysis of the laws of symmetry that dictate the generative logic of the ornamental design for a precise canonization of themes and motifs, to identify the geometric patterns, allowing the rational control of the decoration through the identification of iteration processes in series. The detail is not returned simply as it appears, but the theoretical decomposition of the work helps to find, in the subsequent reconstruction graphics, the nature and location of each item: a critical perspective that leads to a correct and realistic reproduction. The formal models tend to become so in geometric models, symbols of a deeper structure, which can be grasped with the help of topological patterns. And so, knowing the harmonic law that governs the entire composition, as defined by the rigid motion of a default form on a flat reticle, the tessellation can easily be reproduced starting from one unit as an entity that can be, with the use of machines numerical control, repeated mechanically. The possibilities offered by digital modeling and parametric development applications that allow the decoration to be reproduced as well as to be deformed have been experimented and tested. These applications create new wrapping surfaces of the ornamental theme. The procedure has been applied to case studies appropriate to analyze the principles of repeatability in series and of laboratory operations. This is possible due to the redesign and digital production tools with numerical control technology, to codify the technical reproducibility, immaterial and material, of the architectural decorations.
En este trabajo se da cuenta del desarrollo de una animación para la simulación del funcionamient... more En este trabajo se da cuenta del desarrollo de una animación para la simulación del funcionamiento del proyecto de Aprovechamiento de Energía Mareomotriz por Actuadores Lineales Oleo-Hidráulicos. Las acciones que se describen a continuación fueron realizadas por la Unidad de Investigación y Desarrollo Grupo de Ingeniería Gráfica Aplicada (UID-GIGA) para la Unidad de Investigación y Desarrollo Unidad de Estudios sobre conversión de la Energía (UID-UESCE) en el marco de un convenio de asesoramiento entre esta última y un tercero. La UID-GIGA tuvo a cargo la modelización animada en 3 dimensiones de los componentes del sistema de actuadores realizada en un software de modelado tridimensional orientado al proyecto mecánico. Luego se realizó el ensamble de los mismos y la simulación del movimiento del sistema. Paralelamente, se resolvió una segunda animación con otra aplicación de creación de gráficos y modelos 3D con el objeto de comparar los resultados de cada una de las aplicaciones.
IMProVe - International conference on Innovative Methods in Product Design, 2011
The research, developed under the project of International Interuniversity Cooperation " Laborato... more The research, developed under the project of International Interuniversity Cooperation " Laboratory DRAWING AND STRUCTURAL ANALYSIS " , was applied to the study of decorative composition of uniplanar geometrical matrices, with the aim of identifying a key to understanding the structure of the work leading to a procedure coded for successive reproduction with automated systems. In the development of possible combinations of basic geometric shapes in the plane, the problem of replica is always present (for example, restoration actions), as the repeatability of a single part-foundation of his own existence-gives rise to the entire composition. It has been sought, therefore, from a careful analysis of the laws of symmetry that dictate the generative logic of the ornamental design for a precise canonization of themes and motifs, to identify the geometric patterns, allowing the rational control of the decoration through the identification of iteration processes in series. The detail is not returned simply as it appears, but the theoretical decomposition of the work helps to find, in the subsequent reconstruction graphics, the nature and location of each item: a critical perspective that leads to a correct and realistic reproduction. The formal models tend to become so in geometric models, symbols of a deeper structure, which can be grasped with the help of topological patterns. And so, knowing the harmonic law that governs the entire composition, as defined by the rigid motion of a default form on a flat reticle, the tessellation can easily be reproduced starting from one unit as an entity that can be, with the use of machines numerical control, repeated mechanically. The possibilities offered by digital modeling and parametric development applications that allow the decoration to be reproduced as well as to be deformed have been experimented and tested. These applications create new wrapping surfaces of the ornamental theme. The procedure has been applied to case studies appropriate to analyze the principles of repeatability in series and of laboratory operations. This is possible due to the redesign and digital production tools with numerical control technology, to codify the technical reproducibility, immaterial and material, of the architectural decorations.
En este trabajo se da cuenta del desarrollo de una animación para la simulación del funcionamient... more En este trabajo se da cuenta del desarrollo de una animación para la simulación del funcionamiento del proyecto de Aprovechamiento de Energía Mareomotriz por Actuadores Lineales Oleo-Hidráulicos. Las acciones que se describen a continuación fueron realizadas por la Unidad de Investigación y Desarrollo Grupo de Ingeniería Gráfica Aplicada (UID-GIGA) para la Unidad de Investigación y Desarrollo Unidad de Estudios sobre conversión de la Energía (UID-UESCE) en el marco de un convenio de asesoramiento entre esta última y un tercero. La UID-GIGA tuvo a cargo la modelización animada en 3 dimensiones de los componentes del sistema de actuadores realizada en un software de modelado tridimensional orientado al proyecto mecánico. Luego se realizó el ensamble de los mismos y la simulación del movimiento del sistema. Paralelamente, se resolvió una segunda animación con otra aplicación de creación de gráficos y modelos 3D con el objeto de comparar los resultados de cada una de las aplicaciones.
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