体育建筑的BIM优化设计与材料节约

作者:刘孟荀 刘伟
单位:宾夕法尼亚大学设计学院 长安大学建筑学院
摘要:体育建筑体量庞大、用材广泛,丰富的材料为体育建筑塑造了稳固的形态和悦目的外观,但同时也面临建造材料浪费、运营能耗过高、功能难以转换等现实问题,甚至在人们集中、短暂地使用后就面临着入不敷出的尴尬境地。这就要求体育建筑设计遵循可持续发展理念,结合BIM等优化设计方法,促使体育建筑的构建策略更为优化,材料运用更加高效节约,从而保证体育建筑全寿命周期的可持续发展。
关键词:体育建筑 全寿命周期 优化设计 材料节约 BIM
尊敬的用户,本篇文章需要2元,点击支付交费后阅读
参考文献[1]徐卫国.褶子思想,游牧空间——关于非线性建筑参数化设计的访谈[J].世界建筑,2009(8):16-17.

[2]杨剑雷.体育建筑参数化设计的研究与探索[D].北京:中央美术学院,2011.

[3]李慧莉,张硕松,张险峰.数字技术影响下体育建筑的参数化及协同设计[J].城市建筑,2012(14):32-34.

[4]高岩.参数化设计——更高效的设计技术和技法[J].世界建筑,2008(5):28-33.

[5]袁承志,易中.论参数化建筑空间造型设计艺术[J].华中建筑,2012,30(3):15-17.

[6]籍成科,郑倬华.杭州奥体博览城主体育场设计——参数化设计方法在体育建筑中的应用[J].建筑技艺,2011(S1):68-73.
The Optimized BIM Design and Material Saving of Sports Architecture
LIU Mengxun LIU Wei
Abstract: Sports architecture has a large volume and wide range of materials, which create sports buildings with a solid form and pleasing appearance. However, they also face the problems of construction material waste, high energy consumption in operation, and difficulty in function conversion. Even after people use them intensively, they are faced with the embarrassing situation of making ends meet. This requires that the future of sports building design should follow the concept of sustainable development, combined with BIM and other sports architecture optimized design methods, to facilitate the construction of more optimal strategies, the use of materials more efficient and economical, to ensure the sustainable development of sports buildings in the whole life cycle.
Keywords: sports architecture; life cycle; optimized design; material savings; BIM;
1409 13 13
文字:     A-     A+     默认 取消