为什么这种方法被称为围护结构建筑？
大跨度屋盖围护结构的设计风荷载研究。
Research on the wind-resistant design methods of long-span roofs.
两个推拉门为所有围护结构提供开闭选择。
Two sliding doors give the option of closing both enclosures.
因此，建筑节能先从建筑围护结构节能开始。
Therefore, energy efficiency in buildings should firstly start from building envelope.
施工技术包括高性能围护结构和三层玻璃窗。
The construction techniques include a high performance building envelop and triple glazed Windows.
这些结论为高层建筑围护结构的设计提供了参考。
These conclusions provide the basis for cladding design of high-rise buildings.
中庭具有大面积的玻璃围护结构，因而耗能较大。
Much energy must be consumed by an atrium due to its glass envelope of a large area.
创造舒适的室内环境是建筑围护结构的基本目标之一。
To creat a comfortable indoor environment is one of the basic goals of construction surrounding protection structure.
地下连续墙在地铁及深基坑的围护结构中已广泛使用。
Underground diaphragm wall had been great used in enclosure structure of subway and deep foundation.
浅埋工程围护结构传热是一个非常复杂的非稳态传热。
Heat transfer of shallow buried underground engineering is a very complicated transient one.
分析了围护结构和立柱桩差异沉降对于车站结构的影响。
This paper analyzed the effect to structure aroused by differential settlement of underground continuous wall and column pile.
室内热环境质量受室内空气温度和围护结构表面温度的影响。
The indoor heat environment by indoor air temperature and quality of retaining structure surface temperatures.
多种多样的植物经过精心布置，成为建筑围护结构的一部分。
Various plants are carefully allocated and become a part of the architectural screens.
具有足够重量的围护结构和间壁不会把声音从一处传到另一处。
Enclosures or partitions that have sufficient weight will not transmit sound from one area to another.
建筑围护结构热工性能的评价是进行建筑节能设计的前提和基础。
The accurate evaluation of building structure thermal performance is the premise and basis of building energy efficiency design.
本文对张拉膜建筑室内分隔墙和围护结构的设计特点进行了讨论。
The paper discusses the particular requirement in design of the partition wall in tensile buildings.
建筑围护结构不单是隔热体，也是一个有着蓄热功能的被动热源体。
Building envelops act not only as a heat-transfer resistance, but also as a passive heating source.
研究分析了不同粮食仓房围护结构、隔热保冷性能对粮温变化的影响。
The influence of fender construction of warehouse and heat insulated property on grain temperature change were analyzed.
节能标准规定的耗热量指标稳态简易算法没有考虑围护结构的蓄热影响。
The heat storage of building envelope is not considered by steady state calculation method of heat loss index.
悬挑式遮阳篷扩展了围护结构的边界，并且提供了与立面特性相同的分支。
The cantilevered sunscreens extend the boundaries of the building envelop and provide a branch like quality to the facade.
这说明了该地区建筑围护结构的节能措施远远没有达到国家节能标准的要求。
This shows that the building envelope in the area of energy-saving measures fall far short of the national energy-saving standards.
因此，乌鸦要在历史遗迹前凸显，前提便是要使得围护结构保持一定透明性。
An important premise was that the birds should be seen against the backdrop of the historic setting, hence maintaining transparency through the enclosure was important.
一号、二号和三号反应堆中的核燃料棒因冷却系统失灵而熔毁，导致其围护结构遭受破坏。
The nuclear fuel rods in reactors one, two and three melted down due to a failure of the cooling systems, causing damage to their containment structures.
一方面作为一个围护结构，另一方面通过开启或关闭将集会广场与其他空间分开。
On the one hand it is a covered-opened shed functioning as a gate-motif, on the other hand it is an events square being able to be differentially open and closed with the other spaces.
建筑围护结构内的湿积累对于建筑结构的使用性能与人居环境安全存在着巨大的威胁。
Moisture accumulation in building enclosed structures is a menace to the service performance of building structures and the residential environment.
本文对现有围护结构传热系数的测试方法做了分析与比较，以热流计法作为研究对象。
This paper compared and analyzed existing detection methods, then took Heat Flow Meter method as research object.
建筑围护结构由一些不同类型的材质组成，这些材质被用于创建各种不同类型的工具。
Its materiality consists of basic types of enclosures, using composition as a tool for creating different types.
在分析浅埋工程围护结构传热机理的基础上，给出浅埋工程围护结构传热的数学模型。
On the basic of mechanism analysis, this paper deduces the mathematics model of heat transfer of shallow buried underground engineering.
建筑围护结构的热湿传递对于建筑结构的使用性能与人居环境的安全存在着巨大的威胁。
Moisture and heat transfer in building enclosure structures is a threat to the service performance of building structures and the residential environment.
建筑围护结构的热湿传递对于建筑结构的使用性能与人居环境的安全存在着巨大的威胁。
Moisture and heat transfer in building enclosure structures is a threat to the service performance of building structures and the residential environment.
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