丹麦奥尔堡音乐厅设计方案

发布于：2015-06-14 16:59:14 来自：建筑设计/公共建筑设计 [复制转发]

Denmark Alborg Music
设计方：Coop Himmelb(l)au
位置：丹麦
摄影师：Duccio Malagamba, Markus Pillhofer

该音乐厅位于丹麦奥尔堡，由Coop Himmelb(l)au设计。垂直直线形练习厅被一个呈波浪状外形的可容纳1300人的音乐厅围绕。建筑中心为音乐厅，音乐厅外部为曲线形。由Arup设计的一个无定形石膏结构，中间嵌入弯曲的阳台，这是一个绝佳的欣赏音乐场所，中心建筑以及周围建筑上装有窗户，可观赏周围的风景。

有圆孔窗户的三座建筑创建一个观众与艺术家，学生与教师之间的交流场所。建筑门厅利用自然热浮力建设，建筑内充满水的管道在夏天可以为混凝土板降温，冬天为其保温。混凝土墙具有热能存储功能。座位下面的高效通风系统的低速度气流可保障空气流通，管道通风口装有高效旋转热交换装备。同时，照明装置上的天花板网格也可促进空气流通。建筑内热管理系统能监控和降低能耗。
At House of Music in Aalborg, Denmark, a rectilinear training hall wraps around an undulating 1300-person concert hall. The central core of the building, the Concert hall, is flowing and curvaceous. An optimal acoustic experience was designed by Arup amidst an amorphous plaster structure imbedded with curved balconies and striking views. Surrounding the central core, observation windows puncture the structure at various points and look onto the concert hall.

This perforated 3-part assembly creates a continuous exchange between the audience and artists, and students and teachers. The foyer utilizes natural thermal buoyancy. Water-filled pipes cool the concrete floors in the summer and heat them in the winter. Concrete walls are additional thermal energy storage. Efficient ventilation systems with low air velocity under the seats provide air flow along with piping air vents equipped with efficient rotating heat exchanges. Air is also extracted through a ceiling grid above the lighting system. The buildings’ heat management system ensures that energy consumption is monitored and not wasted.

丹麦奥尔堡音乐厅外部实景图