摘要
Abstract
[Objective]This paper aims to study and explore the effective pathways for sponge city construction in translational medicine centers.[Methods]Taking the southern City S translational medicine center as the research subject,the baseline conditions were analyzed,followed by area division and facility layout planning.Facility scales were calculated,and the alignment with construction objective was assessed.Based on these steps,the design and optimal configuration of sponge city facilities were carried out.[Results]The comprehensive runoff coefficient,annual runoff volume control rate,and annual total suspended solids(TSS)removal rate were determined to be 0.45,83％,and 57％,respectively.All indices were found to fully comply with the sponge city requirements.Green roofs,sunken green spaces,and grass swales were demonstrated to be deeply integrable with the medical center's functions,thereby meeting the operational needs of the translational medicine center.[Conclusion]Therefore,it is concluded that translational medicine centers should comprehensively optimize sponge construction parameters and facility configurations based on their functional positioning to achieve organic integration of sponge city construction and translational medicine center development.The design scheme and optimization strategies proposed in this paper can be utilized as data support and theoretical references for similar projects.关键词
转化医学中心/海绵城市/优化配置/径流控制/优化设计Key words
translational medicine center/sponge city/configuration optimization/runoff control/optimal design分类
建筑与水利
