To ensure a comfortable interior climate the building envelope features insulated concrete form walls and a spray-foam insulated roof.
为了确保室内舒适的温度，该建筑采用隔热混凝土墙和喷涂泡沫隔热屋顶。
The second envelope of concrete tubes is heavy, earthy, low-tech.
第二立面的混凝土管道非常的沉重，朴实的，低技术的。
The first envelope comprises the load-bearing structure of metal beams and columns sitting on a concrete slab foundation.
正立面由位于一个混凝土板基础上的具有承重结构作用的金属梁和柱子组成。
The thermal insulation of the building presents a hermetic envelope created by the inertia of the concrete used for the building and the thick grass roofing.
建筑的隔热层呈现密封包层，由所用混凝土和厚草屋顶的惰性创造。
Experiments on the bearing of gas porous concrete masonry envelope were accomplihed. Acording to the results, its working mechanism is studied and a formula for bearing capacities is suggested.
根据加气混凝土砌体局部承压的试验研究，探讨了砌体局压的工作机理，并提出了计算公式。
The building envelope also features 800mm earth fill over XPS insulation on the roof and sandwich-type insulation between fair-faced in-situ concrete external walls.
建筑立面特征还包括在屋顶上800毫米填土方覆盖的XPS保温层和清水现浇混凝土外墙之间的夹心保温层。
Concrete stress-strain curves under cyclic loads include not only envelope curve, but also unloading and re-loading curves.
混凝土的反复加载应力-应变曲线不仅包括骨架曲线，还包括卸载及再加载曲线。
Concrete stress-strain curves under cyclic loads include not only envelope curve, but also unloading and re-loading curves.
混凝土的反复加载应力-应变曲线不仅包括骨架曲线，还包括卸载及再加载曲线。
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