1) design for consolidation and support
加固支护设计
1.
Under such condition,it must be given a design for consolidation and support.
95,边坡处于不稳定状态,必须进行加固支护设计。
2) the design of reinforcement
锚固支护设计
1.
In order to study the design of reinforcement,a lot of materials about the design of reinforcement of un- derground powerhouses of 16 large hydroelectric power stations have been consulted in this paper.
以研究锚固支护设计为目的,通过查阅大量文献,收集了江口、水布垭、冶勒等16个大型水电站地下厂房支护设计的资料。
3) support reinforcement
支护加固
1.
A case analysis for foundation pit support reinforcement of a commercial/residential complex in Changsha;
长沙某商住楼基坑支护加固案例分析
2.
The design of support reinforcement of an eastern side slope of a transformer substation in Changsha city was introduced,and the slope stability was analyzed.
介绍了长沙市某变电站东侧边坡支护加固设计,分析了该边坡的稳定性,根据边坡周边环境,综合考虑多方因素后,采用了分段加固支护的技术方案。
4) reinforced supporting
加固支护
1.
Finally,some reasonable recommendations for the reinforced supporting are put forward as well.
文中对长河坝水电站1#初期导流洞进口高边坡稳定进行了分析,分析采用ANSYS软件,运用三维非线性有限元法模拟了相关各岩层、断层的结构和性能,计算了全断面开挖未支护工况、开挖过程与支护工况、正常蓄水位工况和水位骤降工况下的应力状态,并通过初始地应力场计算、开挖作用下边坡变形应力计算、运行期水位骤降情况变形应力计算,综合评价了该边坡的整体稳定性,提出了合理的加固支护建议。
2.
11-2Coal seam in need of reinforced supporting in Coal Mine of Tang Shan Gou,its complex roof conditions were analyzed.
针对唐山沟煤矿需要加固支护的11-2号煤层主要巷道现状,应用钻孔探测技术取得顶板岩层离层松动范围,对跨采影响段和非跨采影响段分别制定了符合巷道围岩情况的锚、网、索联合支护技术,进行巷道加固支护后,保证了8号煤层开采安全。
5) support design
支护设计
1.
Application of artificial neural network in highway tunnel’s support design;
神经元网络在公路隧道支护设计中的应用
2.
Research on stability and support design of strip coal pillar;
条带煤柱稳定性及支护设计研究
3.
Discussion on multi element balance dynamic feedback method of mining gateway support design
回采巷道支护设计的多元平衡动态反馈法探讨
6) supporting design
支护设计
1.
The soil nailed supporting design when silt stratification existing;
存在淤泥层时的土钉支护设计
2.
Layout and supporting design of water diversion and power generation of Nuozhadu Hydropower Station;
糯扎渡水电站引水发电系统布置及支护设计
3.
Pre-stressed anchor supporting design for artificial roof based on reconstructed mining environment;
开采环境再造人工顶板锚索支护设计
补充资料：1350mm双流板坯连铸机(重庆钢铁设计研究院设计)
1350mm双流板坯连铸机(重庆钢铁设计研究院设计)
叠 135Omm双流板坯连铸机(重庆钢铁设计研究院设计)
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