【摘 要】
：
In this paper, the energy consumption of provincial government office building in Shaanxi Province was investigated.Base on the analysis, the status of energy consumption of this kind of buildings was
【机 构】
：
China Academy of Building Research,Beijing,China
【出 处】
：
2010年建筑环境科学与技术国际学术会议
论文部分内容阅读
In this paper, the energy consumption of provincial government office building in Shaanxi Province was investigated.Base on the analysis, the status of energy consumption of this kind of buildings was obtained.Furthermore, the statistic data of energy consumption of this kind of buildings in China was briefly analyzed, and some suggestions for further work were provided.
其他文献
城市物理环境是人居环境的重要组成部分,与人体健康有密切关系.近年来,随着城市建设的不断发展,城市物理环境问题日益凸显.文章以备受公众关注的城市变电站建筑环境影响问题为例,着重分析变电站建筑对于城市物理环境三方面(声环境、热工环境与电磁环境)的影响,据此提出相应控制方法,最终指出:迈向"绿色建筑"的城市变电站之建筑技术整合设计具有改善城市物理环境的可能.
Reconstruction after earthquake disaster not only requiresto put emphasis on the seismic property of building, but also put emphasis on the sustainability of building.Taking Daping village in Sichuan
Urban public space reflects a citys political, economic, cultural, style, taste and other conditions.It has not only ecological significance, but also social and cultural functions.A good urban design
我国民居建筑存在着地域的多样性,如黄土高原、江南水乡、东北平原、热带林区等.秦岭山地生土民居的村落布局及建筑形式都极具特色,有着较强的生态适应性.通过实地考察,从建筑的功能和造型艺术、结构形式和构造做法上对该地区生土民居进行深入的剖析,理解其对生态适应的具体表现形式,期望对以后生态民居的设计提供有利帮助.
本文基于银川典型地区既有农村住宅的实地调研与现场测试,重点分析当地农村住宅在住宅空间布局、室内热环境等方面存在的主要问题,并有针对性地进行新型生态住宅方案探讨.根据当地的自然资源和气候条件,充分考虑利用冬季被动式太阳能及夏季自然通风,利用当地生态建材,力求将现代节能技术融入传统住宅中,做出适宜于当地气候环境的新型生态住宅方案.同时对已建成的生态住宅方案进行测试分析,总结生态住宅存在的问题,提出优化
本文以丽江黎明乡黎光村委会河下组傈僳族民居改造为例，提出了生态设计的思路，并倡导生态保护、满足时代需要、文化继承性的原则，通过建造典型的示范民居，旨在引导地方少数民族居民在自然演绎进化过程中充分应用地域适宜的生态技术。探索云南传统民居尤其是偏远地区的更新过程是一个长期而的艰巨的任务，期望在下一阶段的工程实践过程中能够进一步完善该项工作，为云南传统民居的发展与演绎探索出一条可行的绿色之路。
本文主要介绍了村镇住宅生态设计的两种途径,并通过对湖南常德、益阳两地典型农村住宅进行调查研究,分析存在的问题,探索合理的设计对策,用具体的改造和设计实践证明了生态设计的有效性.
With the aim of approaching zero energy buildings(ZEB) that can rely on available clean energy technologies for their operation, major energy reductions are required in buildings with large internal l
A novel model of hygrotheimal performance of cement based building materials during their maturing, considering evolution of their strength properties and deformations (shrinkage and creep strains), d
A mathematical model of hygrothermal performance of building materials, considering their deformations and damage caused by stresses induced by the temperature and moisture fields due to variable weat