Nuevo conocimiento - LEO

URI permanente para esta colecciónhttp://hdl.handle.net/10906/78230

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Mostrando 1 - 3 de 3

Aplicación de inteligencia artificial para el diseño sostenible de vanos en el trópico
(Universidad Icesi, 2012-04-01) Betancourt Velasco, María Clara; García Alvarado, Rodrigo; Quintero Villareal, Lina Marcela
The envelope openings of houses have a strong implication in the indoor environmental quality and energy consumption. Nevertheless, there are no precise regulations for its design in equatorial tropics. Normally these designs are based in the previous experiences and common sense of the architect. Determining the correct configuration of a design problem with the desired performance is now possible with the introduction of Parametric Design and Genetic Algorithms; through these it’s possible to obtain the best alternatives in the initial phase of design. The main focus of this investigation is to design windows that proportion adequate conditions of thermal and visual comfort, for a warm and humid tropical climate. The use of generative tools allows the evaluation of results in the initial stages of the project, giving the designer the possibility of choosing among diverse results with a high grade of efficiency and sustainability.
Optimización geométrica de vanos residenciales para el trópico con aplicación de algoritmos genéticos y diseño paramétrico
(Universidad Icesi, 2012-07-01) Betancourt Velasco, María Clara; García Alvarado, Rodrigo; Quintero Villareal, Lina Marcela
The envelope openings of houses have a strong implication in the indoor environmental quality and energy consumption. Nevertheless, there are no precise regulations for its design in equatorial tropics. Normally these designs are based in the previous experiences and common sense of the architect. Determining the correct configuration of a design problem with the desired performance is now possible with the introduction of Parametric Design and Genetic Algorithms; through these it’s possible to obtain the best alternatives in the initial phase of design. The main focus of this investigation is to design windows that proportion adequate conditions of thermal and visual comfort, for a warm and humid tropical climate. The use of generative tools allows the evaluation of results in the initial stages of the project, giving the designer the possibility of choosing among diverse results with a high grade of efficiency and sustainability.
Uso de una herramienta computacional evolutiva para el diseño y optimización de vanos residenciales en el trópico
(Formação, 2012-12-13) Betancourt Velasco, María Clara
Facades have great impact in a house´s performance being directly linked to energetic consumption and comfort. Computing sciences propose the systematization of design processes, making it possible to determine an optimal configuration for a tropical building, in order to get a desired comfort performance, based on the implementation of parametric design and artificial intelligence. This research seeks sustainable design by implementing design guidelines, geometrical parameterization and its further optimization. Now it is possible from early stages of design to provide results that can benefit people generating comfort conditions.

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Examinando Nuevo conocimiento - LEO por Autor "García Alvarado, Rodrigo"