山西建筑
山西建築
산서건축
Shanxi Architecture
2015年
30期
18-19,20
,共3页
海绵高校%GIS%雨水规划
海綿高校%GIS%雨水規劃
해면고교%GIS%우수규화
sponge university%GIS%rainwater planning
通过 Arcgis 10.0水文分析模块,以广西大学的地形图为基础数据模拟出雨量特大、雨量大和雨量较大时广西大学潜在的水渠分布,便于校方对潜在的积水处进行生态的排水改造,同时在校园雨水规划中,提出了不同安全系数和基建投资的方案,在选定方案后可在潜在沟渠处布置以南宁乡土植物为特色的下凹式垂直排水渠,实现节能低碳和生态友好的雨水规划。
通過 Arcgis 10.0水文分析模塊,以廣西大學的地形圖為基礎數據模擬齣雨量特大、雨量大和雨量較大時廣西大學潛在的水渠分佈,便于校方對潛在的積水處進行生態的排水改造,同時在校園雨水規劃中,提齣瞭不同安全繫數和基建投資的方案,在選定方案後可在潛在溝渠處佈置以南寧鄉土植物為特色的下凹式垂直排水渠,實現節能低碳和生態友好的雨水規劃。
통과 Arcgis 10.0수문분석모괴,이엄서대학적지형도위기출수거모의출우량특대、우량대화우량교대시엄서대학잠재적수거분포,편우교방대잠재적적수처진행생태적배수개조,동시재교완우수규화중,제출료불동안전계수화기건투자적방안,재선정방안후가재잠재구거처포치이남저향토식물위특색적하요식수직배수거,실현절능저탄화생태우호적우수규화。
Through Arcgis 10. 0 hydrological analysis modulus,taking Guangxi university morphology as the basis data,the paper simulates its potential water channel distribution during heavy rainfall,common rainfall and extra-heavy rainfall in order to be some help for its potential stag-nant water drainage transformation. Meanwhile,it puts forward various safety coefficient and capital construction investment schemes in campus rainwater planning. The sunken-style vertical drainage channel with Nanning local plants specialties can be distributed,so as to realize low-car-bon and ecology-friendly rainwater planning.