纖維流向 的英文怎麼說

中文拼音 [xiānwéiliúxiàng]
纖維流向 英文
fiber flow
  • 纖 : 纖形容詞（細小） fine; minute
  • 維 : Ⅰ動詞1 （連接） tie up; hold together; link 2 （保持; 保全） maintain; safeguard; preserve; keep ...
  • 流 : Ⅰ動1 （液體移動; 流動） flow 2 （移動不定） drift; move; wander 3 （流傳; 傳播） spread 4 （向壞...
  • 纖維 : fibre; staple; filamentary
  • 流向 : flow direction流向測量器 flow direction probe; 流向角 [水文] angle of current; 流向圖 flow graph;...
  1. In extensional flow fiber tended to perpendicularity to the streamline, while in shear flow and convergent flow fiber tended to parallel to the streamline in the thin wall caving

    在薄壁型腔的擴張流中，短纖維趨于與流線方向垂直，而在剪切流和收斂流中趨于與流線方向一致。
  2. When draw down ratio was greater than 1, the dope thread in the air gap was axially drawn with the rising of orientation degree so the fiber tenacity was strengthened

    在噴頭拉伸比大於1的情況下，原液細流在空氣層中得到軸向拉伸，加大了初生纖維的取向度，所以纖維強度得到加強。
  3. Xsj double helix between plasma machines using one pair of bianjing and change the pitch rotary screw opposite direction when the squeeze between the fibre and fibre through the medium emit heiye shorten bleaching time and the number of bleaching, the purpose of achieving savings in water, and more taiwan connections against washing and the results better

    Xsj雙螺旋擠漿機利用一對變徑和變螺距的螺旋反方向旋轉時產生的擠壓使纖維與纖維之間的黑液通過介質排出，縮短漂白時間和漂白次數，達到節約水資源的目的，多臺串連逆流洗滌，效果更佳。
  4. In the numerical methods section, a finite element / control volume mold filling simulation, a tensor representation of fibre orientation and a finite element solution of the transient fibre orientation equations are combined in the program. the input data and output results are visualized by means of finite element software

    程序中用有限單元控制體方法模擬模壓流動，用表徵纖維取向的張量和有限元伽遼金方法來解決瞬時纖維取向方程，用計算機圖形原理編程實現對smc流動軌跡、纖維取向分佈的計算機模擬。
  5. The orientation of the reinforcing fibres changes during the deformation process, and when the matrix solidifies the final orientation pattern is retained in the part

    在模塑料從熔融狀態到固體狀態的過程中，纖維基體混合物在模具中發生流動變形，變形改變了纖維的取向。
  6. Its produces a fluid to help maintain the semen alkaline. its fibrous tissues control the flow of urine and semen

    它所分泌的前列腺液可幫助維持精液的酸鹼度，它的纖維肌肉組織可控制尿流及射精的方向。
  7. We also found that the rheological behavior of single layer gmt is isotropic. temperature and pressure method has great affection on the distribution of the fiber. second, we measure the pressure change under different molding rate and use extensional viscosities model and shear force model to analysis the data

    研究表明： gmt材料具有很好的充模流動性，流動過程中纖維氈保持一個整體； gmt材料擠壓流動行為表現為各向同性；溫度、壓力制度對纖維的均勻分佈影響很大： 2 ）通過測量不同合模速率下壓力變化，採用拉伸粘度模型（ extensionalviscositiesmodel ）和純剪切流動模型（ shearforcemodel ）對數據進行分析，導出了描述gmt材料宏觀行為的流變學參數。
  8. Firstly, when the pipe flow was laminar, the movement of fibers was computed in the 2 - d force formulae that were deduced from the slender body theory and in 3 - d integral method. results revealed that angles between fibers " axis and the orientation of flow would concentrate gradually on a low number as the re numbers increased. that is, the axis of fibers would rotate toward the orientation of flow

    首先，當管道內流動為層流時，分別利用從細長體理論出發得出的纖維二維受力公式和三維分段積分計算方法模擬了大量纖維在流場中的運動，然後在最終時刻統計了纖維的偏角分佈，並得出相同的結果：隨著re數的增加，纖維粒子的偏角逐漸集中於小角度，即纖維軸線方向越來越集中於流向，此結果與實驗吻合較好。
  9. This thesis researches on the stability of fibre suspensions applying theoretical, numerical and experimental methods. first the linear stability analysis is performed to fibre suspensions utilizing flow stability, slender - body and orientation tensor theories. the governing equations of channel and pipe suspensions of different stability handling modes and tensor closure approximations are derived

    首先綜合應用流體動力穩定性理論、細長體理論以及纖維方向張量工具，對纖維懸浮流進行線性穩定性分析，推導槽流和管流的穩定性方程，並對槽流導出在不同的穩定性分析模式以及不同的方向張量封閉格式下的多種形式方程。
  10. Effects of tensor closure models and 3 - d orientation on the stability of fiber suspensions in a channel flow

    張量封閉模型與三維取向分佈對纖維懸浮槽流穩定性的影響
  11. The inverse saturation current decline as time goes by and depend on the volume fraction of fiber

    且反向飽和電流的大小和纖維摻量有關。
  12. Primitively, the taylor tape is shaped when the polymer solution conies out from the sprinkler, then the taylor tape is elongated with the spray of instabilities, and the jets form solidified nanofibers gradually

    高聚物溶液從噴射孔流出首先要生成幾ylor圓錐，然後r幾ylor圓錐伸長，並伴隨著射流的不穩定運動，接著射流開始向固化纖維轉化。
  13. Then theories of describing and predicting fibre orientation in flowing suspensions are investigated and a mathematics model of planar orientation in a two - dimensional domain is derived

    接著研究了在流動的懸浮液中描述和預測纖維取向的理論，導出了二維流場中纖維取向的數學模型。
  14. Then the two orientation states of fibres and three closure approximations are examined. analyses of fibre orientation and vorticity in the suspension can be contacted by stress features

    另外比較纖維的平面與三維取向狀態、三種封閉格式對穩定性的影響，通過應力將纖維取向分析同流場渦量分析聯系起來。
  15. This orientation plays a key role in determining the mechanical and physical properties of the finished product. therefore, it is very important to have some insight into the change of fibre orientation during flow

    在流動結束后，纖維的最終取向也將保留在固體部件中，纖維的取向狀態對部件的力學和物理性能都有很大的影響。
  16. Firstly, the effect of initially applied strain is that, when it rises, the fiber axial stress decreases, indicating less efficiency in the stress transfer across the interfaces

    軸向最大應力的大幅度減少意味當基體的初始塑性流動增加時，基體的應力傳遞效率大幅度降低，需要增加纖維長度來完成應力傳遞。
  17. Orientation distribution of fibers and rheological property in turbulent channel flow of fiber suspensions

    纖維懸浮槽道湍流中纖維取向分佈和流變特性
  18. The fluctuation of the fibers " velocity and angular velocity was considered, too, and the influence of flow velocity on them was obvious : the fluctuation intensity of fibers " velocity on flow direction was larger than that on cross direction, while it was opposite for the fluctuation intensity of fibers " angular velocity

    同時又考慮了纖維速度和角速度的脈動，二者都充分體現了流體速度脈動的影響，且纖維速度的脈動在流向上的強度大於橫向，而其角速度的脈動在流向上的強度小於橫向。
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