拱上側墻 的英文怎麼說

中文拼音 [gǒngshàngzhāi]
拱上側墻 英文
spandrel wall
  • : Ⅰ動詞1 (兩手相合 臂的前部上舉) cup one hand in the other before the chest 2 (環繞) encircle; ...
  • : 上名詞[語言學] (指上聲) falling-rising tone
  • : 側形容詞[方言] (傾斜; 不正) slant; sloping
  • : 名詞(磚、石等築成的屏障或外圍) wall
  1. Construction of flat tunnel of large span at extra - shallow depth must be conducted on the principle that advance grouting should be strictly performed before excavation and length of pull at one time should be short, together with reinforced support, immediate closing and constant monitoring and surveying. that preceding pilot tunnels, large - volume excavation divided into small ones, excavation of flank before that of center, upper before lower, arch before wall etc is a good method which could effectively reduce surface subsidence and its adverse effect on adjacent buildings, in addition, some other measures are also taken to lessen blast - induced vibration in the ground and surrounding structures. in a word, all means and steps mentioned above have already proved effective and practicable in practice

    軟弱大跨超淺埋扁平隧道必須按「管超前,嚴注漿,多分部、短開挖、強支護、快封閉,勤量測」的施工原則進行施工,採用「眼鏡超前,化大為小,先后中,先後下,先」的施工方法控制地表沉降和對周邊建築物的影響;採用「多分部,化大為小,短進尺,密布眼,弱裝藥,設減振槽」 ,控制爆破振動,經過實踐證明,這些方法都是行之有效的。
  2. When there is original stage support only, the load ratio of surrounding rock gets more and more bigger with the increasing of crust stress, correspondingly, the load ratio of initial stage support gets smaller. when the initial stage support and the second support act each other, the load ratio of surrounding rock is more than fifty percent, and it has little change with the increasing of crust stress. the whole analysis of the surrounding rock and support shows that the bottom arch of liner and the feet of liner have serious stress concentration, so do the sidewalls and the foot of a wall of the surrounding rock

    通過屈曲理論分析結果對比表明,彈性屈曲和突變失穩分析的結果比非線性屈曲分析的結果要大得多,非線性分析由於考慮了材料非線性和幾何非線性,因而結果與實際接近實際;當只有初期支護時,隨著地應力的增加,圍巖的荷載分擔率增大,相應地,初期支護的荷載分擔率就減小了;當有初期支護和二次襯砌共同作用時,圍巖的荷載分擔率在50以,這一分擔率隨地應力的增加其變化不大;支護和巖體的整體分析表明,襯砌底腳處應力集中嚴重,隧道巖體角圍巖的應力集中也較大。
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