in a row 成一长行, 连续, 一连串; 连续,一连串; 连续不断地,接连; 连续的; 连续地; 排成一排(行); 站成一排
row n. 1.(一)排,(一)行;一排(座位);行列,横列。 2.(两旁或一旁有房屋的)路,街〔英国常用作某种行业占用的街道、地区〕。 3.【无线电】天线阵。 4.〔the R-〕〔英国〕=Rotten R- 伦敦海德公园中的骑马道。 It doesn't amount to a row of beans. 〔美、俚〕这实在不算什么。 at the end of one's row 〔美国〕沦落不堪;万不得已。 have a hard [long] row to hoe 〔美国〕有麻烦事,有巨大任务。 hoe one's own row 〔美国〕做自己的事情,自扫门前雪。 in a row 成一排;连续,一连串。 in rows 排列着。 in the front row 在头排;〔美国〕胜人一等的,优秀的。 vt. 使成行,使成排 (up)。 vt. 1.划(船),用…划,划运;摆渡。 2.划船去参加(竞渡等);赛划。 Shall I row you to the shore 要我来把你划运到岸边吗? The boat rows six oars. 小艇用六把桨划。 look one way and row another 〔俚语〕看东划西,声东击西。 row a fast stroke 拼命划。 row a race 竞渡,赛艇。 row bow [stroke, five] (in the boat) 担任(小艇)前桨手[整调手,五号划手]。 rowdown 划着赶上。 rowdry 不溅水地划;空划。 row in the eight 作八人小艇选手出场。 row in the Oxford boat 作牛津大学选手去赛艇。 row in the same boat 同划小船;同干一工作,有同一处境,抱同样见解;风雨同舟。 row out 使划累。 row over 划赢。 row 30 to the minute 一分钟划三十次。 row up Salt River 〔美国〕使反对党失败。 row wet 水花四溅地划。 vi. 1.划船,荡桨,摇橹。 2.参加竞渡[赛艇];赛划。 n. 划,一划,划船,划船旅行;划程。 n. 〔口语〕吵嚷,吵架,争吵;谴责;打架; What is the row? 吵嚷些什么? 怎么啦? We've had awful rows now and then. 我们常常争吵的很厉害。 get into a row 挨骂,被斥责。 have a row with 和…争吵。 Hold your row! 〔口语〕住口! 别吵! kick up a row=make a row 起哄,吵闹;抗议。 make a row about 因…谴责。 pick a row with 和…争吵。 vt. 〔口语〕责骂,申斥,责备。 row sb. up 〔美国〕责备某人。 vi. 〔口语〕争吵,吵闹。
Numerical analysis of working characteristics of double row piles 双排桩围护结构工作特性数值分析
Analysis of double - row piles in consideration of the pile - soil interaction 考虑桩土相互作用的双排桩分析
Analysis of the interval between double - row piles by finite element method 双排桩支护排距的有限元分析与研究
Finite element analysis of double - row piles in consideration of dimensional effect 双排桩尺寸效应的有限元分析
Numerical simulation of deep foundation pit excavation with double - row piles 深基坑开挖中双排桩支护的的三维有限元模拟
Internal force measuring and analysis of double - row piles groin of qiantang river under the action of tidal surge 双排桩丁坝在涌潮作用下的内力测试和分析
The expressions of displacement fields of dorsal and frontal surface for two piles , row piles and group piles are derived . the solution taking into consideration the effect of construction sequence of jacked pile accords with the actual engineering 该式考虑到了沉桩施工顺序的影响,较各桩的简单叠加更符合工程实际情况,而且能够简化为不考虑施工顺序的静压群桩挤土位移场的解答。
Starting from the effect of group piles in the composite foundation , the size effect in the load test of large area composite foundation , composite foundation of single row piles and composite foundation of double rows piles are researched through fem analysis 本文从复合地基具有群桩效应现象入手,利用有限元来研究大面积复合地基、单排群桩复合地基、双排群桩复合地基荷载试验的尺寸效应问题,并用现场荷载试验实例来验证本文分析方法的可行性。
In the paper , other research results are summarized , and a big test model indoor of row pile retaining and protecting deep foundation pit is designed . for homogeneous soil or samdwich soil structure three different retaining and protecting kinds : dense pile , thin pile and without pile are designed , using excavation simulation and loading on the top of slope , the model test is divided into two stages : foundation pit excavation simulation stage and destroy test stage . in this paper , for three different retaining and protecting kinds , the relation between soil pressure and displacement of piles , the relation between soil stress and strain , interaction of pile and soil and retaining and protecting loss - stability destroy are systemic studied 本文总结了前人研究成果,构筑大型室内深基坑排桩支护试验模型,在均质及层状土层结构地基上,设计了密排桩、疏排桩及无支护三种不同支护型式,采用模拟开挖与坡顶均布加荷方式,进行了模拟基坑开挖和破坏性的两个阶段试验,对三种不同支护型式的土压力与桩位移、土体应力与变形、桩土共同作用及支护结构失稳破坏进行系统研究。
Numerical simulation is carried under different conditions , including ( a ) the different distance between deep foundation excavations and the adjacent structures ; ( b ) different supports are used , such as cantilever piles , row piles with one - layer grouted soil anchor , row piles with two - layer grouted soil anchor , row piles with three - layer grouted soil anchor and soil nailings etc . this paper reveal the law of adjacent structures and bracing structures displacements and surrounding soil settlements . anchor and soil nailing ' s impact on the displacements of adjacent structures is analyzed then . further more , we find the law of displacements of bracing structures , surrounding soil settlements , differential settlement and absolute settlements of adjacent structures that may appear in the process of excavation by steps 模拟分析了近邻建筑物在不同距离的条件下,悬臂支护、一层锚杆与排桩联合支护、两层锚杆与排桩联合支护、三层锚杆与排桩联合支护、土钉支护等几种支护情况下的深基坑开挖过程,对深基坑工程开挖过程中近邻建筑物的变形、支护结构变形以及基坑外地层沉降的发展变化规律进行了分析总结;对锚杆和土钉支护对建筑物变形的影响作了详细地分析,找到了一些基坑开挖过程中基坑支护结构变形、周围地层沉降、近临建筑不均匀沉降及绝对沉降的发展变化规律,得到了一些对深基坑工程设计和施工有工程实际意义的结论。