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研究目的:通过对曾经主持的几个铁路站房立面设计的总结与回顾,探讨了铁路站房玻璃幕墙的一些特点,大空间幕墙的支撑形式,面板的选择,并展望了玻璃幕墙在新型铁路站房中的应用及发展的新趋势。研究结论:钢桁架和索杆桁架是解决大空间大跨度幕墙受力的一种较好的方法,LOW-E玻璃的设计和应用是玻璃幕墙减低太阳辐射的非常有效的途径,现代建筑的玻璃幕墙中越来越多地采用了光伏发电和双层气循环等新型幕墙技术。
The purpose of this study is to summarize and review the design of several railway station buildings which were presided over before. Some characteristics of the railway station building glass curtain wall, the support form of the large space curtain wall and the choice of panel are also discussed. Application and Development Trend of Railway Station Buildings. Research conclusions: Steel trusses and cable trusses are a good way to solve the problem of large-span long-span curtain wall. The design and application of LOW-E glass is a very effective way to reduce the solar radiation by glass curtain wall. The glass of modern building Increasingly used in the curtain wall of photovoltaic power generation and double-layer gas circulation and other new curtain wall technology.