interlaminar 中文意思是什麼

interlaminar 解釋
板間的, 層間的
  1. Fiber enlaced composite materials is widely used in engineering project. the mechanics property of the shell is rather complicated when analyzing the affect of composite materials shell ' s interlaminar stresses. the result shows that the interlaminar stresses of composite materials shell will be changed much according to the change of the fiber direction, not only the distribution style, but also the interface which the maxinal interlaminar shearing stresses belongs to

    纖維纏繞復合材料殼體在工程實際中得到廣泛應用，其殼體力學性能相當復雜，本文在分析復合材料殼體層間應力的影響時，提出了復合材料殼體層間應力隨纖維方向的改變有較大的不同，不僅分佈形式不同，其最大層間剪應力所在的界面也各不相同。
  2. The methods - three dimension fabric - enforced laminates, and sparse fabric - enforced laminates, layer - enforced laminates ? to enhance the interlaminar toughness of fabric - reinforced laminates were discussed in this paper. the stitching method to enhance interlaminar toughness of stitched - laminates was mainly discussed in this paper based on our research and experiment. the middle - alkali glass fabric used as enforced - material with thickness of 0. 2mm, 3 section 600 deniner kevlar yarn is used as stitching thread in this research, which improved lock stitching way and different kinds of stitching mode were adopted

    以提高層合板復合材料的層間斷裂韌性（能量釋放率）為目標，採用中堿玻璃布為增強材料，對疊層后的玻璃布，採用凱芙拉縫合線、改進的鎖型縫合方法、不同的縫合工藝進行了縫合；基體採用的是不飽和樹脂，固化劑為過氧化甲乙酮，促進劑為環烷酸鈷液；在室溫下採用真空輔助rtm （ resigntransfermolding ）成型固化方法，製作了不同縫合工藝的玻璃布增強復合材料層合板。
  3. Investigation on tensile and interlaminar shear of plain woven cmc with z - pin reinforcement

    增強陶瓷基復合材料拉伸和層間剪切性能
  4. Indirect methods to measure the interface bond strength include the interlaminar shear strength test.

    測量界面粘結強度的間接方法包括層間剪切強度試驗。
  5. Ambitious attempts to improve interlaminar shear strength have been made by mueller prosen and by keogh.

    米勒普羅森還有基奧都對提高層間切變強度作了大膽的嘗試。
  6. All of the hydraulic structures are arranged in the right bank and four underground seepage tunnels are arranged parallel in horizon, and the axle wires intersect with syncline axis almost perpendicularity, and with rock formation obtusely. complex underground tunnels are formed under such formidable conditions, and each of seepage tunnels crosses nuclear of syncline and comes up against interlaminar sharing disturbed belt at different footage

    四條引水發電隧洞在平面上平行布置，軸線方向與本區構造線方向近於垂直，與巖層走向大角度相交，構成一復雜地下洞室群，並在不同洞段通過沙金壩向斜核部，且遭遇多條層間剪切錯動帶。
  7. Test method for interlaminar shear strength of glass fiber - reinforced plastics

    玻璃纖維增強塑料層間剪切強度試驗方法
  8. Test method for interlaminar shear

    玻璃纖維增強塑料層間剪切強度試驗方法
  9. Fibre - reinforced plastic composites - determination of interlaminar shear strength

    纖維增強塑料層間剪切強度試驗方法
  10. Test method for interlaminar shear strength of ring of filament - winding reinforced plastics

    纖維纏繞增強塑料環形試樣剪切試驗方法
  11. Study on short - beam interlaminar shear strength of glass - cloth epoxy laminates at low temperatures

    超低溫下層合板復合材料的短梁法層間剪切強度研究
  12. Testing methods for interlaminar shear strength of continuous fiber - reinforced ceramic composites

    連續纖維增強的陶瓷復合材料層間抗剪強度的測試方法
  13. Test method for interlaminar shear strength of carbon fibre reinforced plastic by double - notch specimen

    用雙凹槽試樣測定碳纖維增強塑料層間抗剪強度的試驗方法
  14. Aerospace ; testing of fibre - reinforced plastics ; determination of interlaminar shear strength by tenside test

    航空航天.纖維增強塑料的試驗.用拉伸試驗測定中層間
  15. Ambitious attempts to improve interlaminar shear strength have been made by mueller prosen and by keogh

    米勒?普羅森還有基奧都對提高層間切變強度作了大膽的嘗試。
  16. Three - dimensionally braided structural composites have distinct structure that is fully integrated, continuously spatial fiber - network impregnated with ductile material. the new innovative materials have not plies as conventional composites have, and put an end once and all to low interlaminar strength showing in laminate materials. because of their enhanced stiffness and strength in the thickness direction, near - net - shape design and manufacturing, superior damage tolerance and specified aerospace function, the braided composites are gaining more and more attention of industry and academia

    三維編織結構復合材料是完全整體、連續、多向的紡線（纖維束）的網路，充填以延性材料，這類新材料已失去通常復合材料的層合板概念，由此，層合板復合材料層間脆弱的致命弱點在編織結構復合材料中得到克服，所以編織結構復合材料具有高的強度和剛度（包括在厚度方向） ，接近實際形狀的製造，高的沖擊韌性、高的損傷阻抗，和按實際設計要求的特定的航空航天方面的使用功能，因而廣泛地受到工業界和學術界的關注。
  17. Interlaminar stress and damage mechanism of thermoplastic composite laminates

    熱塑性復合材料層合板的層間應力與損傷機理
  18. Interlaminar stress analysis of composite laminates subjected to in - plane loading

    受面內載荷的層壓復合材料的層間應力分析
  19. Interlaminar stress analysis of the thick thermoplastic as4 peek angle - ply composite laminates

    角鋪設層合板的層間應力分析
  20. Effect of gradient of fiber laminates on flexural rigidity and interlaminar stress

    纖維層合板梯度化后對彎曲剛度與層間應力的影響
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