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THE MENIL COLLECTION: LIGHT AS DESIGN IMPETUS

机译:美米收藏:轻松设计推动力

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This daylight contribution to the illumination of the galleries may have been exaggerated. Despite the client's desire to provide daylight for all the exhibition rooms, a majority of the artwork is displayed in rooms (middle gallery) that have no daylight at all. Even the east and west galleries cannot function without additional electric light. Nevertheless, this experience has revealed the power of daylight at engaging better enjoyment of the artwork by the visitor. The evidence points at the need for better technologies that would protect the artwork while allowing it to be exposed to natural light, as alternative to electric light. This study also raised questions about the placement of the leaves beneath the glass roof. While such leaves are vital mediators of daylight, achieving minimal penetration of the direct solar beam and minimal glare conditions, they nevertheless are a source of heat build-up within the roof plenum. Similar to the nearby Cy Twombly Gallery which is provided with external orientable louvers, the location of the leaves above the glass roof would have been a better choice. This way, the solarrays conversion to heat inside the galleries would have been prevented without lessening the daylight effect. Hence, the leaves would not only have modulated the daylight penetration, but they would also have acted as external shadings, minimizing altogether the penetration of solar heat into the gallery spaces. Conceivably, the risks of wind uplift could have been prevented by raising a parapet around the roof, as it was done at the Twombly Gallery. Despite some limitations in the design of the Menil Museum, Renzo Piano has certainly added a new building block in inspiring future designers to further examine the potential of daylight integration in museums.
机译:这个日光对画廊照明的贡献可能被夸大了。尽管客户希望为所有展览室提供日光,但大部分艺术品都显示在没有日光的房间(中间画廊)。即使是东方和西部画廊也不能没有额外的电光。尽管如此,这种经验揭示了日光的力量,从事访客更好地享受艺术品。需要采用更好的技术来保护艺术品的证据点,同时允许它暴露在自然光线上,作为电光的替代品。这项研究还提出了关于玻璃屋顶下方的叶子的位置的问题。虽然这种叶片是日光的重要介质,但实现了直接太阳束和最小眩光条件的最小渗透,但它们是屋顶上限内的热量积聚的源泉。类似于附近的Cy双蹄廊,该画廊设置有外部可致密的百叶窗,玻璃屋顶上方的叶子的位置将是更好的选择。这样,在没有减少日光效果的情况下,已经防止了在画廊内部的溶态转化为加热。因此,叶子不仅会调制日光渗透,而且它们也将充当外部阴影,将太阳能热量的渗透完全最小化到画廊空间中。可以想象,通过在屋顶周围升起栏杆,可以防止风隆起的风险,因为它在扭曲画廊中完成。尽管在美林博物馆的设计中存在一些局限性,但伦佐钢琴肯定增加了一个新的建筑块,鼓励未来的设计师进一步研究博物馆日光整合的潜力。

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