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屋顶草皮在咸阳市区老旧楼房屋顶绿化中的应用 被引量:2
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作者 王军利 仝玉琴 +3 位作者 刘建海 张涛 韩春妮 韩振江 《北方园艺》 CAS 北大核心 2018年第13期95-101,共7页
以佛甲草(Sedum lineare Thunb.)、垂盆草(Sedum sarmentosum Bunge)为材料做成混合型屋顶草皮,形成简易屋顶绿化,采用对比的方法,研究了简易屋顶绿化、裸屋面及屋顶架设水泥板3种处理措施对楼房顶层房屋室内温度、噪音等的影响,同时研... 以佛甲草(Sedum lineare Thunb.)、垂盆草(Sedum sarmentosum Bunge)为材料做成混合型屋顶草皮,形成简易屋顶绿化,采用对比的方法,研究了简易屋顶绿化、裸屋面及屋顶架设水泥板3种处理措施对楼房顶层房屋室内温度、噪音等的影响,同时研究了采用这3种措施时楼顶荷载增加、屋面温度、蓄排水及屋顶维护等方面的差异,以期获得屋顶草皮在未设计屋顶花园荷载的老旧楼房屋顶建设的可行性及其作用与意义。结果表明:在未设计屋顶花园荷载的老旧楼房屋顶可以建设屋顶草皮,其所产生的荷载增加小于屋顶活荷载,安全性有保障;同时屋顶草皮在降噪、降温、蓄排雨水等方面产生的生态效益及绿化美化效益均十分显著,值得大面积推广。 展开更多
关键词 屋顶绿化 简易屋顶绿化 屋顶草皮 老旧楼房 关中地区
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草皮屋顶的建筑构造设计 被引量:10
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作者 张贵良 季元 《建筑技术》 北大核心 2002年第7期494-495,共2页
关键词 草皮屋顶 构造设计 基质层 蓄水层 密封层
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逆作工艺在屋面防水工程中的应用 被引量:1
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作者 于保华 《菏泽学院学报》 2006年第2期98-99,110,共3页
采用逆作原理,将屋面防水设计为倒置屋面,并用基质层代替保温隔热层,在其上种植草皮,形成草皮屋顶.讨论了草皮屋顶的构造设计、施工要点及其优缺点.
关键词 逆作工艺 倒置屋面 防水层 基质层 草皮屋顶
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Consumption and species preference for house construction wood in central highlands of Ethiopia–implications for enhancing tree growing
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作者 Lalisa Alemayehu Duguma Herbert Hager 《Journal of Forestry Research》 SCIE CAS CSCD 2010年第1期104-110,I0004,共8页
A study was conducted in central Ethiopian highland in 2008 to investigate the consumption of house construction wood, the tree species preference for construction wood and the forthcoming conditions of this forest pr... A study was conducted in central Ethiopian highland in 2008 to investigate the consumption of house construction wood, the tree species preference for construction wood and the forthcoming conditions of this forest product and possible strategies for future availability. Twenty-four iron-roofed houses and twenty-eight thatch-roofed houses belonging to thirty-six farm households were investigated for types, volumes and sources of construction wood used. It was found that an average farmhouse with a floor space of 57 m^2 consumed about 13.7 m^3 of wood. Both floor space and wood consumptions vary with house types An average iron-roofed house with floor space of 51.9 m^2 consumed 16.8 m^3 of wood and an average thatch-roofed house with mean floor space of 28.6 m^2 consumed 3.2 m^3 of wood. Family size and floor space were the major factors influencing construction wood consumption. An average living house was composed of woods of 39.3% ,luniperus procera, 5.6% Cupressus lusitanica, 29.2% Eucalyptus globulus and 26% Eucalyptus camaldulensis. The wood volume from the first two species and half that of the third species were obtained from state forest which is currently banned from any construction wood extraction and hence there is a shortage of around 59.5% of woods. We suggest the promotion of various tree planting approaches to increase the wood supply and the use of alternative local materials like soil bricks for house construction. 展开更多
关键词 construction wood floor space iron-roofed house thatch-roofed house species preference
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