1) expanded polystyrene concrete model
EPS混凝土型块
1.
Through the experimental study on expanded polystyrene concrete cube block of different mixing proportion,a new filled material,expanded polystyrene concrete model,is designed.
通过对不同配合比的废旧聚苯乙烯泡沫混凝土(以下简称EPS混凝土)立方体块的试验研究,研制出了现浇板的一种新型填充材料——EPS混凝土型块。
2) EPS concrete
EPS混凝土
1.
Research on ratio of coordinate of EPS concrete with high-level floating state capability
高流态EPS混凝土配合比研究
3) expanded polystyrene(EPS) lightweight concrete
EPS轻骨料混凝土
1.
Water absorption and moisture migration characteristics of expanded polystyrene(EPS) lightweight concrete;
EPS轻骨料混凝土的吸湿性和透气性研究
4) EPS lightweight concrete
EPS轻集料混凝土
1.
The EPS lightweight concrete as exterior wall material is studied in this paper.
研究的EPS轻集料混凝土作为节能墙体材料,不仅要具有导热系数低的保温隔热性能,而且还要求材料本身具有一定的承载力强度。
5) regeneration EPS light-weight aggregate concrete blocks
再生EPS轻骨料混凝土砌块
1.
The ecological composite-wall structure with regeneration EPS light-weight aggregate concrete blocks is a new, ecological, energy-saving and assembled monolithic residential building structure with good seismic performance, and is continuous and further research for the multi-ribbed composite wall structure.
内填再生EPS轻骨料混凝土砌块生态复合墙结构作为一种生态、节能、抗震型住宅结构新体系,是密肋壁板结构的进一步探索和深入研究,该结构继承前期密肋复合墙体诸多优良特点,同时体现生态、节能、环保的特点,市场前景广阔,具有很强的研究价值。
6) small concrete block
混凝土小型砌块
1.
Construction of small concrete block;
混凝土小型砌块的施工探讨
2.
Based on finite element analysis software,by using different strain and stress relations and different load,the non-linear mechanical performance of small concrete block has been analysis,including:model simplification;unit type and stress-strain relations selection;grid division and solution.
利用有限元分析软件,对采用不同本构关系和不同荷载等级的混凝土小型砌块的非线性力学性能作了试验模拟分析,包括计算模型的简化、单元和破坏准则的选取、网格划分以及求解等。
3.
In recent years,Shanghai municipal government is vigorously popularizing small concrete block--a new wall material with environment protection and energy saving functions.
近几年来,上海市政府大力推广具有环保节能功效的新型墙体材料—混凝土小型砌块。
补充资料：块型相变
massivetransformation：单相系中的相变，它是通过短距离扩散而进行的，其母相和形成相具有相同的成分但晶体结构不同。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条