首页> 外文会议>World Engineers' Convention 2004 vol C: Transportation and Sustainable Mega-Cities; 20041102-06; Shanghai(CN) >Study on the Techniques of Exterior Wall External Insulation with Cast-in-place Concrete to Super High Residential Buildings
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Study on the Techniques of Exterior Wall External Insulation with Cast-in-place Concrete to Super High Residential Buildings

机译:超高层民居现浇混凝土外墙外保温技术研究

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摘要

The newly-suggested energy saving system to exterior wall external insulation is introduced in the paper. It was found that the connecting firmness between the planted rods, and the net of the reinforced steel rods and plates, and the plastering techniques can eliminate the stress deformation and cracks caused by the changes of temperatures. For the first time the theory of weight-share on layers to exterior wall heat preservation is put forward and applied, the method of which efficiently solved the four key technical problems to heat preservation system of the exterior wall. The examples in projects is also stated, and it was concluded that the new system is safe to apply, easy to operate, economy and efficient. It has been proved by tests that the energy-saving rate in construction reached 65 % . Therefore it is suitable for different kinds of constructions such as tarracks, border sentry posts, perpetual defence works and, industrial and civil buildings.
机译:本文介绍了新建议的外墙外保温节能系统。研究发现,植筋杆与钢筋网,钢板网之间的连接牢固性和抹灰技术可以消除因温度变化而引起的应力变形和裂纹。首次提出并应用了外墙保温保温层的重量分配理论,该方法有效地解决了外墙保温系统的四个关键技术问题。还列举了项目中的示例,得出的结论是,新系统应用安全,易于操作,经济高效。通过试验证明,建筑节能达到65%。因此,它适用于各种类型的建筑,例如军营,边防哨所,永久性国防工程以及工业和民用建筑。

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