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首页> 外文期刊>International Journal of Ventilation >Case Study on Ventilation for Improving the Hygrothermal Behaviour of Emergency Temporary Housing under Japanese Conditions
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Case Study on Ventilation for Improving the Hygrothermal Behaviour of Emergency Temporary Housing under Japanese Conditions

机译：日本条件下通风改善紧急临时住房湿热行为的案例研究

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摘要

Emergency Temporary Housing units consisting of a light-gauge steel brace construction were built following the Great East Japan Earthquake of March 11, 2011 (see Appendix). About 30,000 of these units are still in service following a delay in rehabilitation and reconstruction. The heat bridge portion in this kind of construction causes surface condensation in rooms. In addition, condensation damage on the steel roof surface in the attic space is also relatively large. This is because ventilation is inadequate and the amount of moisture production is relatively large despite the small volume of indoor air. Case studies on various ventilation methods have been carried out using whole building heat, air and moisture transfer simulation. The results obtained are as follows:
机译：在2011年3月11日东日本大地震之后，建造了由轻钢支架构造组成的紧急临时房屋单元（请参阅附录）。由于重建和重建工作的延误，其中约30,000个仍在服役。这种结构的热桥部分在房间中引起表面凝结。另外，阁楼空间中的钢顶表面上的凝结损伤也比较大。这是因为尽管室内空气量很小，但通风不充分并且水分产生量相对较大。使用整个建筑的热，空气和湿气传递模拟对各种通风方法进行了案例研究。获得的结果如下：

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