1) method of raft plank adding the valve tube grouting
筏板加袖筏管注浆法
2) raft
[英][rɑ:ft] [美][ræft]
筏板
1.
The Load Sharing Function of the Raft in the Pile-raft Foundation and the Analysis on the Influencing Factors;
桩筏基础中筏板的分担荷载作用及影响因素分析
2.
Experimental study to reduce differential settlements of raft of composite foundation with rigid piles;
基于减小筏板差异沉降的刚性桩复合地基试验研究
3.
Change characteristics of vertical displacement and its difference of raft in large pile-raft foundation;
大型桩-筏基础筏板竖向位移及位移差变化特征
3) raft plate
筏板
1.
Analysis and calculation of the joint action among raft plate, pile and foundation in one high-rise building;
某高层筏板和桩及地基共同作用分析与计算
2.
Based on the analysis of the causes for thermal cracks produced in mass concrete,preventive measures were taken from aspects of raw & produced materials,admixtures and proper construction method,and the thermal cracks in foundation raft plates of high-rise building were controlled effectively.
通过对大体积砼容易产生温度裂缝的原因分析,从原材料、外加剂的选用及合理的施工方法等多方面进行控制,以防高层楼房基础筏板产生温度裂缝。
4) raft foundation
筏板
1.
The analysis and calculation of coaction between raft foundation,piles and ground for an expressway office;
某高速公路管理处筏板—桩—地基共同作用分析与计算
2.
Dynamic interaction between pile groups and raft foundations in axial vibration
群桩与筏板的竖向动力相互作用研究
3.
The longitudinal whole bending of long narrow hybrid structure with raft foundations and a few longitudinal-cross walls should not be neglected.
基础为筏板、上部纵向墙体较少的条形混合结构房屋,应考虑该方向基础与上部结构的整体弯曲,现行设计规范对此并未明确规定。
5) raft slab
筏板
1.
In this paper,the middle point settlement modifying method of the raft slab is used to design a raft slab of a project,and the application of such a method is thoroughly described.
本文结合一项具体工程的筏板基础设计 ,运用筏板中点沉降调整法进行计算 ,详细阐述此法的应用。
6) raft board
筏板
1.
In construction of Aquaria in Chengdu Hubao Ocean World,concrete of raft board(including ocean exhibition pool,coral pool and life-maintaining system pool) adopts seamless construction technology.
在成都虎豹海洋世界的水族馆工程施工中,为确保钢筋混凝土结构的耐久性,筏板(包括大洋展示池、珊瑚池及维生系统池等)混凝土采用无缝施工技术,在混凝土中加入CH-ASEA膨胀剂和合成纤维,取得了筏板混凝土成品无细裂纹的效果。
补充资料：筏道
| 筏道 raft sluice 用于浮运木排（筏）过坝的水槽。筏道多靠岸边布置，主要由进口段、槽身和出口段组成。进口应远离水电站、溢流坝，其前多设有引筏道和导向设施。当库水位变幅在 2米以下时，常用固定式进口，以叠梁调节水深；当库水位变幅在2米以上时，多用活动式进口，在进口处设叠梁和活动筏槽或扇形闸门。还可与船闸相似，在进口段设置两道闸门，中间形成筏室（见图）。槽身一般是一个宽浅顺直的陡槽。过去多为木质、浆砌块石，近代多用混凝土、钢筋混凝土结构。槽宽稍大于木排的最大宽度，槽内最小水深选为木排厚度的2／3左右，排速常取5米／秒左右。为减小槽内流速，可采用人工加糙。出口宜靠近下游主河道且置于最低水位以下。据实践，出口水流衔接呈面流或波状水跃时，木排能顺利进入下游河槽。为此，出口常做成平台跌坎、消力池后接平台等形式。筏道适用于中低水头且上游水位变幅不大的水利枢纽，具有通过能力大、使用方便等优点，但耗水量大。
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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