珠江新城核心区市政交通项目隔振降噪设计
发布时间：2018-08-03 06:59
【摘要】：地下空间的发展不可避免使得人们的工作、居住、交通环境更为交融,而交融中的各种交通振动与噪声给地下空间内部及其结构带来了一定的不利影响。不仅给地下空间的主体结构安全带来隐患,也严重影响着人们的舒适度。珠江新城核心区市政交通项目隔振降噪设计有效提高了花城大道隧道底部地下空间结构安全度与舒适度,通过介绍花城大道隧道穿越地下空间时进行隔振降噪处理的必要性、目标要求、具体方式和计算方法,为类似工程项目提供参考。
[Abstract]:The development of underground space inevitably makes people's working, living and traffic environment more intermingled, and various traffic vibration and noise in the blending have brought certain adverse effects to the interior and structure of underground space. It not only brings hidden trouble to the main structure of underground space, but also seriously affects people's comfort. The design of vibration isolation and noise reduction in Zhujiang New Town core area municipal traffic project effectively improves the safety and comfort of the underground space structure at the bottom of Huacheng Avenue Tunnel, and introduces the necessity of vibration isolation and noise reduction when the Huacheng Road Tunnel passes through the underground space. Objective requirements, specific methods and calculation methods, for similar projects to provide reference.
【作者单位】： 广东省建筑设计研究院;
【分类号】：U453.82
，
本文编号：2160934
[Abstract]:The development of underground space inevitably makes people's working, living and traffic environment more intermingled, and various traffic vibration and noise in the blending have brought certain adverse effects to the interior and structure of underground space. It not only brings hidden trouble to the main structure of underground space, but also seriously affects people's comfort. The design of vibration isolation and noise reduction in Zhujiang New Town core area municipal traffic project effectively improves the safety and comfort of the underground space structure at the bottom of Huacheng Avenue Tunnel, and introduces the necessity of vibration isolation and noise reduction when the Huacheng Road Tunnel passes through the underground space. Objective requirements, specific methods and calculation methods, for similar projects to provide reference.
【作者单位】： 广东省建筑设计研究院;
【分类号】：U453.82
，
本文编号：2160934
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