1) geogrid
地工格网
1.
Behavior of flexible and stiff geogrids under confined condition of sand and weathered mudstone;
柔性与硬性地工格网在砂土与风化泥岩围压下之力学特性
2) geogrid
土工格网
1.
Effects on internal force transmission and reinforcement roles of structure and shape of geogrid;
土工格网结构形状对内力传递及加筋作用的影响
2.
A nonlinear mathematical model for geogrid reinforced subgrade behind abutments is presented by the analysis of the mechanical behavior between geogrid and abutments as well as subgrade soil in this paper.
通过分析土工格网和构筑物台背及路基填土三者之间相互作用的力学特性，提出了一种采用土工格网加固桥涵、通道等横路构筑物台背路基填土的力学模型，通过对所导出的控制方程进行求解，得出了以土工格网的抗拉强度为设计指标的纵断面布网间距设计的理论与方法，并在多个土工格网加固桥台台背回填路基的实体工程中得到了应用。
3) geogrid
土工网格
1.
The application of reinforced geogrid in landslide stabilization;
用土工网格加筋材解决滑坡稳定问题
2.
The geogrid has high modulus of elasticity, high tension strength, good coherence with soil and fine durability, so it has been used for reinforcing the retaining wall, steep bank slope, filter pack and geoweb-grass protection engineering.
新型土工合成材料——土工网格的抗拉强度及弹模高,与土体嵌固性好,能耐久。
3.
Structural responses of geogrid reinforced asphalt concrete pavement are analyzed in this paper based on principles of composite material mechanics and finite element method(FEM).
应用复合材料力学原理和有限元法对土工网格加强沥青砼路面进行了力学分析 。
4) geonets
土工格网
1.
Analysis of the mechanism of using geonets to treat the unequal settlement of subgrade at the cut to fill location;
土工格网处理填挖交界路基非均匀沉降的机理分析
2.
It is analyzed for the mechanism of using geonets to treat the bumping at the end of bridge by calculating using nonlinear finite element method.
通过非线性有限元计算分析 ,探讨了采用土工格网处理桥头跳车的机理 。
6) earthquake grid
地震网格
1.
Study of earthquake grid monitoring system based on OGSA;
基于OGSA的地震网格监控系统研究
2.
Design and implementation of data acquisition and tele-observation system in earthquake grid
地震网格数据采集与遥现系统设计
3.
The architecture of a earthquake grid based on agents is addressed.
地震网格聚集和利用互联网上异构及地理分布的结构工程实验资源,为待建市政项目的结构设计提供协同工作环境。
补充资料：地工
1.为打地基而预挖的槽沟。
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