摘要
随着新时代中国城市进入一个从外延扩张到内涵提升的历史发展新阶段,地下空间的开发和利用走向建筑、规划、交通、土木、景观一体化的学科交叉新领域。与一般地面建筑具有明确的用地边界不同,地下空间(特别是单建式地下空间)的选址往往需要面对复杂建(构)筑物和市政基础设施之间的交错冲突,建造技术往往决定了建筑方案的可行性,对建筑构思具有重要影响。文章以上海中山公园1号门公共地下空间项目为例,介绍了如何通过建造技术突破,解决复杂条件下地下空间的实施难题,从将设计策略转变为可落地、可实施的建筑方案,对研究地下空间建筑的城市基础设施特质和其特有的建筑设计方法具有借鉴意义。
As Chinese cities transition from extensive expansion to connotative enhancement in the new era,the development and utilization of underground spaces have evolved into an interdisciplinary field integrating architecture,planning,transportation,civil engineering,and landscape design.Unlike ground-level buildings with clear land boundaries,the siting of underground spaces(especially single-built structures)often encounters conflicts with complex constructions and municipal infrastructure,where construction technology plays a decisive role in the feasibility of architectural schemes.This paper takes the Shanghai Zhongshan Park No.1 Gate public underground space project as a case study,demonstrating how breakthroughs in construction technology address implementation challenges under complex conditions.By transforming design strategies into feasible and executable architectural solutions,the project provides insights into the urban infrastructure characteristics of underground spaces and their unique design methods,offering a reference for future research.
作者
梁正
黄寅
马仁杰
LIANG Zheng;HUANG Yin;MA Ren-jie(Shanghai Urban Construction Design&Research InstituteCo.,Ltd.,Shanghai 200125,China)
出处
《中国市政工程》
2025年第1期136-140,152,共6页
China Municipal Engineering
关键词
建造技术
城市地下空间
建筑空间
中山公园
基础设施
construction technology
urban underground space
architectural space
Zhongshan Park
infrastructures
