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所 在 地:美国
这是由BIG设计的美国Gammel Hellerup高中体育馆。在哥本哈根北部的Gammel
Hellerup高中,有一座了不起的体育馆,如果不仔细看的话,你可能会错过这座建筑。国际知名的建筑设计公司BIG巧妙的在现有的庭院内建设了一个体育馆,并在一个新的体育设施下面增设了一个混合型舞台。设计最终将这座体育馆很好的融入学校现有的体育建筑结构框架中。同时也为学校创建了一个新的激动人心的山形的社交活动空间。“与其将体育馆建在学校的外面,并更进一步的传播社会生活,我们更希望建设一个全新的连接学校现有设施的建筑。”创始董事Bjarke
Ingels,说,他也曾经是这所高中的学生。
Gammel
Hellerup高中体育馆有一个拱形的屋顶,由一个独特的弯曲木梁构成。这种双层结构定义了建筑内部和外部的皮肤,同时也为新院子的甲板提供了支撑。精心雕刻的院子,有未经特殊处理的枕木,和专门设计的白色搪瓷涂层钢长椅。长椅有LED灯的装饰,并作为夜晚院子内的唯一照明来源。对老高中的数学老师的崇敬和对公式“形式服从功能”的尊敬,设计小组决定派生出一个几何弯曲的屋顶。
这座1100平方米的体育馆比学校中心广场低五米,它可以用于毕业典礼和其他社会运动。设施被安置在地下,确保了一个舒适的室内环境。室内的热源来自于现有建筑上安装的太阳能电池板。屋顶的点阵模式还允许自然日光穿透进入室内,从而减少了对人工照明的需要。
译者:筑龙网 蝈蝈
There's an amazing new sports hall at Gammel Hellerup high school just north
of Copenhagen, but you might miss it at first glance. Acclaimed international
architecture firm BIG cleverly slipped a multifunctional gymnasium beneath the
existing courtyard, blending a social arena up top with a new sports facility
down below. The end result seamlessly blends a new, environmentally friendly
facility into the school's existing architectural framework, whilst adding an
exciting and dramatic hill-shaped social gathering space.
“Rather than
placing the hall outside the school and spread the social life further,” says
founding director Bjarke Ingels, a former student of the high school, “we have
created a new focal point and link between the school’s existing
facilities.”
The Gammel Hellerup Gymnasium’s vaulted roof, built with
uniquely curved timber beams, doubles as an interior and exterior skin that also
provides support for the new courtyard deck that swells into a small hill above.
The sculpted courtyard features untreated oak wood and custom-designed white
enamel-coated steel benches that light up with LEDs, which serve as the only
sources of illumination for the courtyard at night. In a nod to Ingels’ old high
school math teacher and the axiom “form follows function,” the design team
derived the geometry of the curved roof from the mathematical trajectory of a
thrown ball.
The sunken 1,100 sq. meter sports hall was lowered five meters
below the center of the school’s courtyard, and it can also be used for
graduation ceremonies and other social events. The facility’s placement
underground ensures a comfortable indoor climate, with heating generated by
solar panels installed around existing buildings. The roof’s lattice pattern
also allows daylight to penetrate down into the hall, reducing the need for
artificial light. |
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