1) soil engineering joist
土工隔栅
1.
The paper illustrates the application of the soil engineering joist technology to reduce the subgrade settlement and control the un even subgrade settlement during the construction of Yi-Liu Expressway, and it also mentions the theory basis for this technology.
阐述宜柳高速公路路基施工中土工隔栅用于减少路基沉降、控制路基不均匀沉降的应用技术及理论依
2) geogrid
土工格栅
1.
Wind tunnel test on effect of controlling windand deposited sand of geogrid sand-barrier;
土工格栅沙障防风积沙效应风洞模拟实验
2.
Improvement of Controlling Method for Preheating and Stretching Process of Geogrid;
土工格栅生产预热拉伸控制方法的改进
3.
Numerical simulation and field test at the cut to fill location of subgrade treated with geogrids;
土工格栅处治填挖交界路基数值模拟与现场试验
3) geogrids
土工格栅
1.
Study on reinforced mechanism and laid parameters of steep slope of highway embankment reinforced with geogrids;
陡坡路堤土工格栅加筋机制与合理铺设参数研究
2.
Study on using geogrids to reinforce embankment of expressway;
土工格栅在加固高速公路路堤中的应用研究
3.
Field testing study on stresses of dry jet mixing combined with geogrids;
粉喷桩-土工格栅复合地基应力现场测试研究
4) geo-grid
土工格栅
1.
Theoretical analysis of pavement structure reinforced by geo-grid
土工格栅加筋路面结构的理论分析
2.
The settlement distribution of graded broken stone transition section and geo-grid transition section under train loads has been obtained according to the field test results and theoretical analysis.
根据现场测试结果及理论分析,得到了列车荷载作用下级配碎石路桥过渡段、土工格栅路桥过渡段的沉降规律,结果表明:土工格栅路桥过渡段比级配碎石路桥过渡段减小地基沉降量的效果更好,为高速铁路路桥过渡段的设计提供技术支持。
3.
For the container yard surface layer of Huizhou QCT in Shenzhen, by adopting geo-grid instead of crushed stone cushion and improved cement stabling cushion which were usually used, the construction technology was simplified, the engineering quality was improved, and the engineering cost was cut down.
介绍深圳CCT港区惠州QCT港区集装箱码头堆场面层结构,采用土工格栅代替习惯用的碎石垫层和改进后的水泥稳定砂垫层,简化了施工工艺,提高了工程质量,降低了工程成本。
5) geotechnical grille
土工格栅
1.
Mechanism analysis of the geotechnical grille reinforced embankment;
土工格栅加筋路堤的机理分析
2.
Analysis on problems of treating soft soil foundation settlement of combining with geotechnical grille with changing and filling
土工格栅结合换填处理软基沉降问题的分析
3.
Discussion on the design of geotechnical grille reinforced earth retaining wall
谈土工格栅加筋土挡墙设计
6) earth grid
土工格栅
1.
The article systematically introduces the basic principle of the earth synthetic material to treat the soft soil roadbed, the design of the earth grid thickness, its types and its detail construction method for providing the practical experience to the construction of the roadbed.
该文系统地介绍了土工合成材料处理软土路基的基本原理、土工格栅厚度的计算、种类以及具体的施工方法,为道路路基施工提供了实践经验。
2.
The new stiffened retaining wall is the built-up module wall earth grid stiffened structure.
软弱地基采用桩承加筋土垫层处理,新型加筋土墙为组合模块墙面土工格栅加筋结构。
3.
The article introduces the design and the construction of unequal settlement after the combined use of plastic drainage plate and earth grid to treat soft foundation at bridge head.
介绍塑料排水板与土工格栅联合使用处理桥头软基工后不均匀沉降的设计及施工。
补充资料：土工织物
用合成纤维纺织或经胶结、热压针刺等无纺工艺制成的土木工程用卷材，也称土工纤维或土工薄膜。合成纤维的主要原料有聚丙烯、聚酯、聚酰胺等。土工织物按其用途分为滤水型、 不透水型及保温型。宽度为1～18米。长度不限。土工织物的厚度与成型方法有关，每平方米的重量从16克到900克不等。 ①滤水型土工织物允许水通过，而阻止细粒土随水流失。其用途可以代替管道作为排水盲沟；道路中作为渗滤层，以防止翻浆冒泥；软弱地基上作为堤坝的垫层，以提高地基的稳定性；或隔离两种不同粒径的土粒，以免混合。②土工织物表面敷以不透水的涂层即成为防水型，可以作为渠道的防渗漏铺面，也可作为房屋基础中的防潮层。③保温型土工织物，用于寒冷地区作为地基的保温隔层。
由于用途不同，土工织物的强度也不同，通常它的抗拉强度、抗撕裂强度、耐冲压强度及极限伸长率都较大；埋在土壤中的耐腐蚀性和抗微生物侵蚀性也都良好。
由于用途不同，土工织物的强度也不同，通常它的抗拉强度、抗撕裂强度、耐冲压强度及极限伸长率都较大；埋在土壤中的耐腐蚀性和抗微生物侵蚀性也都良好。
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