Cultures of Glass ArchitectureWhen designing, architects are responding to and creating a relationship between identity, culture and architectural style. This book discusses whether the extent of the use of glass facades has increased, or indeed enhanced, the creation of meaningful place-making, thereby creating a cultural identity of 'place'. Looking at the development of perceptions of glass facades in different cultures, it shows how modernist 'glass' buildings are perceived as an expression of technical achievement, as symbols of global economic success and as setting a neutral platform for multi-cultural societies - all of which are difficult for urban developers and policy makers to resist in our era of globalization. Drawing on a number of modern and heritage design projects from Europe, the USA, the Middle East and South East Asia, the book reviews efforts of some regional towns and local places to move up the economic ladder by adopting a more 'global' aesthetic. |
From inside the book
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Page 61
... Heat Gain Coefficient ( SHGC ) Annual Perchance Solar Energy Room Heat 5.4 Performance of glazing material with visible lights and thermal transmittance SHGC is gradually replacing the shading coefficient ( SC ) in glass window ...
... Heat Gain Coefficient ( SHGC ) Annual Perchance Solar Energy Room Heat 5.4 Performance of glazing material with visible lights and thermal transmittance SHGC is gradually replacing the shading coefficient ( SC ) in glass window ...
Page 67
... heat transmission characteristics , coupled with different colours . These types of glass are rarely appropriate for daylighting purposes as they reduce light transmission and distort the colour of the view . They block heat ...
... heat transmission characteristics , coupled with different colours . These types of glass are rarely appropriate for daylighting purposes as they reduce light transmission and distort the colour of the view . They block heat ...
Page 69
... heat gain than to maximize daylighting . Neither normal reflecting nor selectively reflecting glazing is appropriate in buildings where solar heating is desirable in the winter . Low Emissivity ( Low - e ) Glazing Introduced in 1989 ...
... heat gain than to maximize daylighting . Neither normal reflecting nor selectively reflecting glazing is appropriate in buildings where solar heating is desirable in the winter . Low Emissivity ( Low - e ) Glazing Introduced in 1989 ...
Contents
The History of Glass and its Architectural Identity | 1 |
Environmental Perspectives on Using Glass in Architecture | 17 |
Constructing Place Identity | 33 |
Copyright | |
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Common terms and phrases
aerogel aesthetics architects building envelope building façades built environment cathedrals cent characteristics clear glass climates colour contemporary context coolness index create cultural built heritage daylight Double Glazings double-glazing Dubai economic electric electrochromic Elkadi energy environmental example factor Figure films fritted gestures glass façades glass in architecture glass panes glass technology glass windows glazing assemblies global infrared inside insulation integrated interior jus sanguinis jus soli laminated layers Le Corbusier liquid crystal louvre low-e coating materials modern movement nanometres nature oxide photochromic place identity political prismatic glazing production radiation reduce Reflective glazing representation role Saridar shading coefficient shading devices SHGC Single Glazings skin solar cells solar control solar gains solar heat gain space spectrally selective structure surface sustainable thermal performance thermal transmittance thermochromic tinted or reflective tradition transmission transparent twentieth century types U-value ultraviolet urban values visible light transmittance visible transmittance visual wavelength Wigginton 1996
References to this book
Victorian Glassworlds : Glass Culture and the Imagination 1830-1880: Glass ... Isobel Armstrong No preview available - 2008 |