裝載尺度 的英文怎麼說

中文拼音 [zhuāngzǎichǐ]
裝載尺度 英文
stowing dimensions
  • : Ⅰ名詞1 (服裝) dress; outfit; attire; clothing 2 (演員的化裝品) stage makeup and costume Ⅱ動詞...
  • : 載Ⅰ名詞(年) year : 一年半載 six to twelve months; six months to a year; 三年五載 three to five ...
  • : 尺名詞[音樂] (中國民族音樂音階上的一級 樂譜上用做記音符號 參看「工尺」) a note of the scale in ...
  • : 度動詞[書面語] (推測; 估計) surmise; estimate
  • 裝載 : freight; loading; shipping; capacity; storage; embarkation; laden
  1. It will still be a spy plane, flying at 45, 000 feet, nearly twice the altitude of the current version with twice the payload

    新「捕食者」仍然是一種偵察機,飛行高45000英,是當前機型彈藥的雙倍以及爬升高的兩倍。
  2. Through developing the comprehensive experiment device with large - scale drum strength and stability, the stress - measuring experiments of various wall thickness of the normal drums of the cranes were performed. the law that the stress of the drums along the circumference and along the axis changes with the load increase of the wire ropes was studies for the first time

    通過研製全比大型捲筒強、穩定性綜合試驗置,對起重機常用規格的捲筒進行了各種壁厚條件下的應力測量試驗,首次對捲筒體周向和軸向應力隨鋼絲繩逐步加過程變化的規律進行了研究,發現最大應力產生在鋼絲繩繞過后3 ~ 5圈截面處,該現象與理論分析結果也是符合的。
  3. The experiment procedure and analysis result about exteriorly extended end - plate connection with high strength bolt are introduced primarily ; each sample ' s dimension is given. the adding load equipment, measuring apparatus placed, measuring point established is detailed. adding load measure load and m - curve is produced ; the single span gabled frames horizontal displacement formula is deduced when the horizontal concentrated force is applied to it

    重點介紹了外伸端板高強螺栓連接的實驗過程及實驗分析結果,介紹了各組試件的形狀寸、加置、測量儀器安放、測點的布置等;給出加方式及測出的m -曲線;計算出試驗節點的初始剛;推導水平集中力作用下單跨門式剛架考慮節點半剛性的側移計算公式。
  4. Earth - moving machinery - units for dimensions, performance and capacities, and their measurement accuracies

    土方機械.寸性能和量的單位及其測量準確
  5. In this paper, the determination of principal dimensions, ship form and power, stability and load a 3 000 teu of panamax container ship are discussed. alternative design approaches are given

    摘要圍繞一艘3000teu巴拿馬型集箱船設計中提出的主確定、船型和快速性、穩性和等若干問題進行探討,給出了可供參考的解決問題的途逕。
  6. This paper sets up the concept of the proportion of unloading and the relative proportion of unloading, sets up a mathematical pattern for the using of the packing materials on the base of the relative proportion of unloading. meanwhile we can design the packing dimension of the compressive wood piece, and it points out that per unit loading of the track pattern packing plan is the largest. the proportion of per loading has increased by 116. 6 % over that not compressing, and 30. 64 % over cylinder packing

    本文建立了空率和相對空率的概念,並利用相對空率,對包物的材料利用程建立了一種數學模型,提出了計算方法,同時據此設計木片壓實袋打包寸,指出跑道形包方案的單位量最大,與未壓縮袋相比提高單位率116 . 62 ,與長方體袋相比提高單位率30 . 64 ,並可以充分利用c60火車的額定運能力。
  7. It is importance of the experiment about measuring principal stress combined bending with torsion in mechanics of materials. this paper points out shortcomings in the traditional experimental devices combined bending with torsion and establishes theory and principles for designing superminiaturizational experimental device combined bending with torsion through analyses of stress and strain state at the measured point a ( b ). it also designs the superminiaturizational experimental device, which has smaller space and more precision and has more reasonable structure measurements in this paper

    彎扭組合主應力測定實驗在材料力學實驗中佔有重要的地位,作者指出了老式彎扭組合實驗設備的缺點,通過對所測點a ( b )處應力應變狀態分析,確立了設計超小型化彎扭組合實驗置的理論基礎、設計原則,設計出了體積小,加簡單,結構寸合理,精高的超小型化彎扭組合實驗置。
  8. Research on the new turnover municipal solid waste transfer equipment

    翻轉式生活垃圾機構綜合研究
  9. On the basis of detailed comparison and analysis, the paper proposed ways of using the k2 bogie and hdsa light - duty solid wheel, getting through the partition wall, canceling the longitudinal sill of the roof and decreasing the thickness of the board where the value of stress is low, using high intensity steel, increasing section dimensions of center sill and side sill, to improve the whole carrying capacity

    本文在比較分析的基礎上,提出了轉k2轉向架,採用hdsa輕型碾鋼輪,打通隔墻,取消車頂縱向梁,在應力小的部位減薄壁厚的減重對策;採用高強耐候鋼,加大中梁、側梁的截面寸等措施,提高車輛的承能力。
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