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- Based on the experimental study and elastic-plastic FEM analysis of composite masonry walls ,a simplified formular for axial compression bearing capacity is suggested. 在组合墙体试验和弹塑性有限元计算分析的基础上，建议了组合墙体轴心受压极限承载力简化计算公式，公式具有较好的精度，可供设计时参考。
- The result of experimental study shows that concrete solid brick masonry has higher compression bearing capacity and crack will not accrue under normal service load so it can be a new bearing wall material substitute for clay brick. 试验研究结果表明,混凝土普通砖砌体具有较高的受压承载力,在正常的使用状态下不会出现裂缝,可成为替代黏土砖的一种新型承重墙体材料。
- A Study of the Algorithm for Calculating Area Used in Checking Local Compression Bearing Capacity 局部受压计算面积算法的研究
- Keywords three dimensional braid composite;rocket interstage analogue structure;axial compression bearing capacity; 三维编织复合材料;火箭级间段模拟结构;轴压承载能力;
- vertically compressive bearing capacity 竖向抗压承载力
- ultimate compressive bearing capacity 极限抗压承载力
- Experiment of Axial Compression Bearing Capacity for Crisscross Section Special-Shaped Column Composed of Concrete-Filled Square Steel Tubes 十字形截面方钢管混凝土组合异形柱轴压承载力试验
- Compression bearing capacity 受压承载力
- Bearing capacity research of high and low ACSR. 高(浅)拱形波纹钢屋盖承载力的研究。
- The practice indicates dynamic compaction has notable impact on improving foundation bearing capacity, reducing the compression of the soil and eliminating the humid flaw. 结果表明，强夯在提高地基承载力、减少土体压缩性、消除湿陷性等方面效果较为明显。
- Eccentric Compressive Bearing Capacity and Reliability Analysis of Reinforced Block Masonry Shear Wall 配筋砌块砌体剪力墙偏心受压承载力及可靠度分析
- CALCULATION OF COMPRESSIVE BEARING CAPACITY OF PRESTRESSED MASONRY COLUMN AND WALL 预应力砌体墙、柱受压承载力计算
- Model Experimental Study on Compressive Bearing Capacity of Single Pile in Frozen Soil 冻土中单桩抗压承载力模型试验研究
- The speed index is the development index of the bearing capacity. 速度指标为承载力发展指数。
- Study on environmental bearing capacity and its quantification. 环境承载力的本质及其定量化初步研究。
- Bearing capacity research of ACSR with unequal altitude support. 支座不等高拱形波纹钢屋盖承载力的研究。
- Conic roller bearing is used for desirable bearing capacity. 园锥滚柱轴承，承载力大。
- The bearing capacity is related to many factors such as width and space of CFS. 承载力的提高与碳纤维布条的幅宽、净间距等因素有关，试验测得在不同的条件下，承载力的提高幅度为19%25~37%25。
- The result of computation shows that the swinging rotor expander has the advantages on its structure, a good compression bearing ability and is more suitable to work under high-pressure difference. 计算结果表明，摆动转子膨胀机结构上有优势，承压能力很好，适于在高压差下工作。
- It was shown by the experimental result that external coherence of GFRP could effectively improve their limit bearing capacity on large eccentric compression and componental ductility. 结果表明：外贴GFRP能有效提高大偏压的极限承载力和改善构件的延性；
