觸力 的英文怎麼說

中文拼音 [chù]
觸力 英文
touch
  • : Ⅰ動詞1 (接觸) touch; contact 2 (碰; 撞) strike; hit 3 (觸動) touch 4 (感動) move sb ; sti...
  • : Ⅰ名1 (力量; 能力) power; strength; ability; capacity 2 [物理學] (改變物體運動狀態的作用) forc...
  1. Therefore it is started with the derivation of variational equation, full formulations including contact boundary conditions, internal forces of shell element are given, and the algorithms for contact - surfaces searching, contact - force computation, and even time integration for the response computation are listed as well

    為此,文中從推導變分方程開始,給出了包括接邊界條件、殼單元內計算在內的全部列式,並列出了識別接界面的搜索演算法,接觸力計算以及動響應計算的時間積分演算法的有關公式等等。
  2. 4. simulation model for capture and buffer phase is built based on adams software, in the model, capture ring is accurately built with full consideration of actual geometrical feature, buffer system is modeled the same as that of ddss, and adams impact model

    4 .建立了捕獲段與緩沖段的adams模擬模型,其中對接機構採用精確的實體三維模型,緩沖模型同上,接觸力採用adams軟體提供的的impact模型。
  3. The distinction between contact and noncontact forces is not fundamental.

    觸力與非接觸力的區別並不是根本的區別。
  4. Based on the tribological principle and the theory of contact mechanics, it is feasible to adopt curvature - changing structure in the rock - bit journal bearing system. the structure and coupling relationship of curvature - changing journal bearing under the condition without friction have been analyzed and three kinds of sub - form structure configurations, namely, the pseudo - curvature - changing structure, the conformable curvature - changing structure, and the clearance curvature - changing structure, been differentiated according to the contacting features. the shape optimization and pre - running - in regulations of the contact surface of curvature - changing journal bearing under friction condition have been established. the results of rock bit journal bearing test indicate that the tribological behavior of the bearing can be effectively improved by curvature change based on both designing and pre - running - in

    基於摩擦學原理和接觸力學理論,提出了可在牙輪鉆頭滑動軸承中採用變曲率結構.在不考慮摩擦的情況下,就結構設計和配合關系等問題進行了分析討論,劃分了準變曲率、吻合變曲率以及間隙變曲率等3種結構形式;針對考慮摩擦時的變曲率結構,提出了接形狀優化和預磨合的實施方案.鉆頭軸承試驗結果表明,無論是預設計變曲率還是預磨合變曲率,都能改善軸承摩擦副的摩擦學特性,因而值得進一步研究和推廣
  5. If we can accurately ensure the rigidity coefficient, the result of mathematic analysis method can approach the fact accurately by applying contact mechanics theory, we can deal with the lining and lining as contact problem of two bodies. using pretension bolted solid finite element simulate bolt at linings. thus not only considers perpendicular rigidity but also considers the tangent contact rigidity

    ( 4 )通過運用接觸力學的理論,將管片與管片的接頭抽象成為兩個體與體的接問題,在管片處的螺栓採用有限元中的實體螺栓預緊單元進行模擬,這樣不但考慮了管片與管片處的法向剛度接而且考慮了管片與管片間的切向接剛度。
  6. Entropic regularization method for optimization contact force distribution

    觸力優化設計的熵正則化方法
  7. Standard test method for determining the actuation force and contact force of a membrane switch

    薄膜開關驅動和接觸力測定標準試驗方法
  8. The dynamic characteristics of contact force for the flexible joint manipulator of harmonic drives

    諧波驅動柔性關節機械臂接觸力的動態特性
  9. Iterative methods are developed to calculate the geometric relationship and interaction force between wheel and rail

    建立了輪軌接幾何和輪軌接觸力的迭代演算法。
  10. The asymptotic behavior of two innovation diffusion models with nonlinear contact is investigated in the second part

    本文的第二部分研究了帶非線性接觸力的產品-擴散模型。
  11. The model describes the force - displacement relationship and the relationship between the contact radius and the displacement

    模型描述了彈塑性點正碰撞的接觸力和變形量、變形量和接半徑的關系。
  12. Uses dynamic contact fem to analyze impact and collision of hammer to foundation soil in the dynamic compaction, establishes the contact relation between dynamic contact force and speed

    採用動有限元法分析強夯中夯?對地基土的沖擊碰撞過程,建立動接觸力與速度之間的接關系式。
  13. The issues, inverse dynamics, trajectory tracking, load distribution and maximum dynamic contact force exerted on the environment, have been discussed through numerical simulations

    文中通過數值模擬討論了逆動學問題,軌跡跟蹤,載荷分配和與作業環境的最北京工業大學工學博士學位論文大接觸力等方面。
  14. The rice seedling mode is optimized fatherly. the macros for building multi - seedling and contact force and the program of sensors are written. the spring is replaced by a flexible part

    最後,對多缽苗碰撞模擬試驗進行了一些探索研究工作,將缽苗模型進一步優化,編寫了建立多缽苗模型、缽苗接觸力、缽苗鉸接等宏命令及傳感器程序,並將彈簧柔性化。
  15. Proceeding with the support " s force condition is analysed in the static and revolve state, the stress distributions in the contact areas of support and roller are researched by way of hertz theory, the tow - dimensional elastic movement of the contact area is studied by contact mechanics, and the formula and curve of movement regulation are deduced

    從回轉窯靜止與運轉時支承的受情況分析著手,依據赫茲接理論對托輪與滾圈接區的壓分佈進行了分析,並用接觸力學方法研究了接區的二維彈性滑動,推導出回轉窯軸向下滑計算公式,從而得出回轉窯軸向下滑特性曲線。
  16. Vacation supplement right is the core of the legal relations concerning a blank bill, its nature, basics for emergent methods for authorization and legal force shall be focused on in the following sections

    空白補充權是整個空白票據法律關系中的核。心用語,空白補充權的性質、產生依據、授予方式、行觸力都成為本文關注的要點。
  17. Study of contact force between drill string and borehole wall in constant - curvature wellbores

    等曲率井眼中鉆柱與井壁間接觸力分析
  18. Comparison between quasi - static indentation and low - velocity impact tests has been conducted in this paper at last. in accordance with energy balance principle, the dent depth vs. peak contact force under impact curve, which is derived from the dent depth vs. impact energy curve, is similar with the dent depth vs. indentation force curve with an evident transition

    最後,本文還對低速沖擊試驗與靜壓痕試驗做了比較分析,並基於能量平衡公式,從沖擊能量凹坑深度關系導出了沖擊最大接觸力凹坑深度關系曲線,它與靜壓痕試驗得出的壓痕凹坑深度曲線的變化趨勢相類似,即出現較明顯的拐點。
  19. In general, the highest bearable force should be selected to minimize contact resistance ; however, spring contact force can be modified easily by changing the internal spring design and / or material, or simply changing the compressed mechanical height at which the contact finishes

    一般而言,最大可承受的選擇應最大程度地減少接電阻;但是,彈簧接觸力可輕易地通過更改內部彈簧設計和/或材料,或者簡單地更改壓縮機構接高度來更改。
  20. It is difficult to estimate indent depth in theory. this paper presents two methods to estimate the relationship between dent depth and contact force, respectively amend method and deflection compensate method, which are developed by using a clear geometrical relation to express indent, incursion profile and deflection difference

    本文以一種新的觀點,用一個明確的幾何關系來確定壓痕、壓頭與板的接面剖面及接中心點與邊界點之間的撓度差三者之間的關系,提出兩種近似預測接觸力與壓痕深度關系的方法? ?修正法和撓度補償法。
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