论文部分内容阅读
这个庞大的椭圆型平面建筑与通常的矩形平面大跨度支撑结构形成鲜明的对比。在这座“软空间”内不存在任何边角, 所有的边界融入在一条无尽的弧线中。这种“软空间“感更因一个沿整个建筑周边建造的混凝土底座变得尤为明显,它不光是建筑物的基础,还提供了可利用的空间,如衣帽间、设备间、管道间等。在地下4m处,就地采用了地热资源,可节省50% 的能源。覆盖整个场地的玻璃屋顶施工技术要求复杂,采用的都是新型高科技产品。玻璃网架圆屋顶必须能承受温度的变化、强风及积雪的重量。带有横向支撑系统的屋面结构由屋顶材料和钢杆件组成。彩色玻璃和横向可调节的遮阳系统将阳光产生的眩光降低到最小程度。当白天举行比赛时,场内不需要任何人工照明。
This huge oval-shaped plan contrasts sharply with the usual rectangular, planar, long-span support structure. There are no corners in this “soft space,” and all the borders blend in with an endless arc. This sense of “soft space” is even more pronounced with a concrete base built around the entire building, which not only serves as a foundation for the building but also provides space for use such as cloakrooms, equipment rooms, pipelines and the like. 4m underground, the use of geothermal resources in situ, can save 50% of energy. Glass roof covering the entire site requires complex construction techniques and uses new high-tech products. Glass grid domes must withstand changes in temperature, strong winds and the weight of snow. The roofing system with lateral support system consists of roofing material and steel bars. Stained glass and a laterally adjustable shading system minimize glare from the sun. When the game is held during the day, the venue does not require any artificial lighting.