摘要
以环北部湾广西水资源配置工程关键节点西津泵站为研究对象,探讨大型引调水工程节点空间的风貌控制策略。研究基于景观生态学、建筑美学和地域文化理论,构建了“分区-分层-分级”的风貌控制框架,从纵向分区管控、横向分层引导和要素分级实施三个维度系统解析节点空间风貌。西津泵站风貌设计的实践表明,通过“力与柔的山水协奏”设计理念,结合BIM技术、实景三维建模等数字化手段,在建筑造型上采用简洁几何形体与精细雕刻处理,在植物配置上强调生态适应与美学融合,在景观系统上实现协同整合与功能耦合,可有效实现水利工程功能、生态、文化与美学的多元融合。
Taking Xijin Pump Station,a key node of Guangxi Water Resources Allocation Project Around Beibu Gulf,as research object,this paper explores the spatial style control strategies for the nodes of large-scale water diversion projects.Based on the theories of landscape ecology,architectural aesthetics and regional culture,a"zoning stratification-grading"style control framework was established,the spatial style of nodes were systematically analyzed from three dimensions:horizontal zoning control,vertical hierarchical guidance,and grading implementation of elements.The appearance style design practice of Xijin Pump Station demonstrates that the multi-faceted integration of the functions,ecology,culture and aesthetics can be effectively achieved in a water conservancy project through a design concept of"harmonious symphony of strength and softness in mountains and waters",utilizing digital tools of BIM technology and real-scene 3D modeling etc.,adopting simple geometric shapes and fine carving treatment in architectural style design,emphasizing the integration of ecological adaptation and aesthetics in plant configuration,realizing collaborative integration and functional coupling on landscape systems.
作者
黄灿
HUANG Can(Guangxi Water&Power Design Institute Co.,Ltd.,Nanning 530023,China)
出处
《广西水利水电》
2025年第6期89-95,共7页
Guangxi Water Resources & Hydropower Engineering
关键词
节点空间
风貌控制
分区-分层-分级
西津泵站
工业美学
生态融合
数字化设计
node space
style control
zoning stratification-grading
Xijin Pump Station
industrial aesthetics
ecological integration
digital design
