Modelo óptico para acristalamientos multicapa

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ISSN: 0366-3175
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2010-03
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Abstract
In the design phase of a glazing system, multiple laminated glass configurations may be conceived for various architectural purposes (mainly related to aesthetical issues, energy efficiency, safety and security and/or acoustic insulation). Therefore, the availability of computational simulations of optical and thermal properties of laminated glass as a function of the properties of its constituents (glass panes, polymeric films, selective coatings) may be of great utility. Standardised procedures for this kind of calculations are still being prepared by CEN (European Committee for Standardization). The theoretical study of laminated glass with internal selective coatings is especially relevant due to the introduction of reflectivity within the multilayer optical system. Here, a theoretical model based on transfer matrix method and applied to multilayer glazing with external and internal coatings is presented. Simulation results are compared with UV-VIS-NIR spectrophotometric measurements.
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Modelización , Propiedades ópticas , Laminados , Recubrimientos , Modelización , Propiedades ópticas , Laminados , Recubrimientos , Cerámicos y compuestos , Mecánica de materiales , Ingeniería industrial y de fabricación
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journal article
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Baenas , T & Machado , M 2010 , ' Modelo óptico para acristalamientos multicapa ' , Boletin de la Sociedad Espanola de Ceramica y Vidrio , vol. 49 , N.º 2 , pp. 95-100 .