pull-out capacity 中文意思是什麼

pull-out capacity 解釋
固著力
  • pull : vt 1 拉,拖,牽,曳 (opp push); 勒(馬)。2 拽住;扯破,扯開。3 拔去(雞等的)毛;拔(牙齒、瓶...
  • out : adv 1 〈位置及運動的方向〉向外,向外部;在外,在外部;出去,出外,離開;離岸,向海面;(船等)開...
  • capacity : n 1 包容力,吸收力,收容力。2 容積,容量;【電學】電容,負載量。3 能力,才幹,本領;性能,機能。4...
  1. Keep forging ahead actively, adaptive capacity is strong, diligent and eager to learn knowledge, does solid work, responsible for seriously, too firm to pull out, bears hardships and stand hard work, sincere, there are stronger ability to organize and team spirit

    積極進取,適應力強勤奮好學腳踏實地認真負責堅毅不拔吃苦耐勞為人誠懇,有較強的組織能力和團隊精神教育
  2. Universal serial bus ( usb ) supports heat puts to pull out, has the capacity of automatic configuration, conveniently be increased

    通用串列總線( usb )支持熱插拔,具有自動配置能力,易擴展等優點,最新的usb2 . 0協議支持速率達480mbps的高速傳輸。
  3. Bearing capacity and displacement are two main problems in the application of geotechnical engineering. based on a series of pull - out tests using three kinds of paper and a sort of window screening as geogrid, twenty - seven in limit and several in working - stress geogrid - reinforced slope model tests designed through orthogonal principle have been conducted to have obtained the relationship between the bearing capacity and four factors ( i. e. reinforcement, angle of reinforced slope, the designed - length of reinforcement and the distance between layers of reinforcement ). the law of slope lateral ( horizontal ) displacement versus to the height of slope vary with external - load was derived from the model test data, and the main factor affecting the lateral and vertical displacement of geogrid - reinforced slope was obtained through analysis

    承載力(強度)和變形是巖土工程應用領域的兩大主要問題,本文以紙和窗紗布模擬加筋土邊坡的土工格柵,在一系列拉拔試驗的基礎上,以正交設計理論分別安排27個極限應力狀態和若干個工作應力狀態加筋土邊坡模型試驗,並以模型試驗獲得的數據為依據,採用誤差、極差及回歸分析方法,探討了加筋土邊坡承載力與筋類、筋長、層間距、坡角4因素的相關關系,獲得了在外荷載作用下加筋土邊坡的側向位移隨坡高的變化規律(並進行了定性解釋)和坡頂的豎向位移特性,並分析其主要控制因素。
  4. Different from normal concrete, sfrc shows great capacity of dissipating energy in its cracking stage because of the pull out effect of steel fibers. it is of great importance for the design of sfrc structures to study intensively on this energy dissipating property of the material

    不同於普通混凝土,鋼纖維混凝土在破壞時由於鋼纖維的拔出作用可以消耗大量的能量,細致地研究鋼纖維混凝土的這一本質特徵對鋼纖維混凝土結構的設計有著重大的指導意義。
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