fabric composites 中文意思是什麼

fabric composites 解釋
織物復合材料
  • fabric : n. 1. 構造物，建築物；工廠；結構；（社會等的）組織；【地質學；地理學】組構。2. 編織品，織物；纖維品；織法；質地。adj. -able 可成型的，可塑造的。
  • composites : 復合體
  1. The effect of intensifier and other conditions on the mechanical properties of composite is studied for the sake of searching the optimal compounding and the optimal technological process. first, a series of composites are manufactured by means of different nonwoven fabric and different resin. the dissimilar methods are adopted including hand molding, vacuum - bag molding and vacuum assistant resin injection

    本文在研究非織造布增強樹脂基復合材料的復合工藝、力學性能和破壞機理中，在運用材料學、工藝學、力學和宏觀測試手段的同時，注重採用微觀測試方法，主要採用掃描電子顯微鏡進行測試，觀察了復合材料拉伸斷口的微觀形貌，研究了不同類型的非織造布增強體，不同樹脂和不同工藝條件對宏觀力學性能的影響，從而選擇最佳的增強體和基體的組成、復合條件和工藝，以製成性能最佳的新型材料。
  2. Study on optical reflector cf fabric peek thermoplastic composites

    熱塑性樹脂基復合材料光學反射鏡研究
  3. Study on stitched carbon fabric satin weave composites

    縫合碳纖維緞紋織物復合材料研究
  4. Second, many mechanical properties are tested, for example, tensile strength and tensile modulus, flexural strength and flextural modulus and impact strength. by the analysis of the tensile stress - strain curves and the flexural stress - strain curves, the results are as follows : 1 ) the voluminal content of fibre of composite making by vacuum assistant resin injection is more than other composites. 2 ) the mechanical properties of the needlepunching nonwoven fabric reinforced polymer composite are superior to these of the calendering nonwoven fabric reinforced polymer composite

    首先，採用不同的增強材料（針刺非織造布和熱軋非織造布） 、不同的基體材料（ 961樹脂和306樹脂）和不同的成型工藝方法（手糊法、真空袋法和真空輔助成型法）製造出了一系列非織造布增強復合材料，然後對它們的拉伸強度、拉仲彈性模量、彎曲強度、彎曲彈性模量和沖擊強度等力學性能進行了測試，並分析了它們的拉伸載荷? ?位移曲線和彎曲載荷? ?位移曲線，結果表明真空輔助成型工藝能大大提高纖維的體積含量；針刺非織造布增強復合材料各項力學性能優于熱軋非織造布增強復合材料。
  5. According to three dimension braided composites for braided technology - four - step and technology - two - step procedure, and with reference to theories of braided fabric geometry and force models, a geometric model is built. in this model, the cross - section of thread is described as a circle and thread path as a cubic b - spline. braided - fabric structures in three dimensions are displayed by using solid - modeling techniques

    本文三維編織物根據四步法和二步法編織工藝，從紗線的力學模型出發，建立了以圓形近似描述紗線的截面形態，以三次b樣條曲線近似描述紗線的屈曲形態的織物空間幾何模型，利用計算機三維實體造型技術，分別建立各自的編織物實體模型，用來模擬織物內部各紗線的空間位置，完成織物結構模擬。
  6. The results showed that the fabric of the reinforced material was a very critical factor in the influence of tackifier contents and optimal tackifier contents on the mechanical property of composites ; the tackifier had no negative effect on mechanical property of 827 carbon fabric reinforcement composites and 3186 carbon fabric reinforcement composites, when tackifier contents was individually percent five and eight

    結果表明：定型劑含量對復合材料力學性能的影響規律、定型劑最佳用量均對增強材料的織態結構有著很強的依賴性；在3186緞紋3266樹脂體系和827單向碳布3266樹脂體系中，定型劑用量分別為8 %和5 %時，定型劑的加入對復合材料的力學性能沒有造成明顯的劣化作用。
  7. Determination of fiber volume fractions in woven fabric composites laminates by image analysis

    機織物復合材料纖維體積含量計算機圖像測定
  8. The 2d braided fabric of composites was classified four braided families, each braided family included several plain groups, each plain group was corresponding a group of braided structures, and each group of braided structures had one or several braided modes whose interwoven methods were homologous

    將二維編織織物分為4種編織系，每種編織系包括若干個平面群，每個平面群對應一類編織結構，每類結構包括一種或幾種編織形式，交織方法類似。
  9. A numerical model of woven fabric composites

    編織復合材料的一種數值模型
  10. Practical applications of woven fabric composite material are increasing in the area of advanced composite technology. and the behaviors of impact and cai ( compression after impact ) on composites are concerned

    復合材料的沖擊及沖擊后的壓縮特性一直是一個受關注的問題，涉及到復合材料的材料常數、幾何特性、邊界條件、和沖擊能量等問題。
  11. By using virtual modeling language vrml to access simulating braided - fabric structure in three dimensions, the communication of braided composites information on web is easy

    這一研究使得產品在編織之前對其編織過程進行動畫模擬提供了新的思路。
  12. The experimental results of this paper have demonstrated some conclusions as below : ( 1 ) carbon fiber composites and timber can be combined in a very efficient way to produce a new type of composite component that outperforms traditional components in a number of areas. the advantages of the new conceptual component include high load carrying capacity, excellent fatigue behavior, outstanding durability and low weight. ( 2 ) the behavior of this type of component is affected by several parameters, including the performance of composing materials, interface character, the fabric technics and control of the fabric process

    2 、通過對28根碳纖維復合材料構件和2根原木構件所進行的抗彎性能試驗，得到以下結論： （ 1 ）手糊工藝是一種方便實用的復合材料結構構件製作方法，但其最大的弊端在於構件性能的離散性偏大； （ 2 ）影響碳纖維復合材料構件抗彎性能的主要參數包括：縱向碳纖維鋪設層數、環向抗剪纖維用量、結合面粘結性能以及基材性能等。
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