elastoplastic modulus matrix中文意思是什麼

elastoplastic modulus matrix解釋
本構模型談彈塑性模量矩陣

  • elastoplastic: 彈塑性的
  • modulus: n. (pl. -li ) 【數、物】模數,模量;系數。 a modulus of elasticity 彈性模量。
  • matrix: n (pl matrices 或matrixes)1 【解剖學】子宮;母體;發源地,策源地,搖籃;【生物學】襯質細胞;間...

※英文詞彙elastoplastic modulus matrix在字典百科英英字典中的解釋。

  1. Standard power method in evaluating all the maximum modulus eigenvalues of square matrix and associated eigenvectors

    階實方陣的任意個模最大的特徵值及其相應特徵向量的規范化冪法
  2. In this paper, we consider the optimal parameter vector a of the modified incomplete gauss _ seidel method ( migs ). we prove that the spectral radius function of the iterative matrix t of migs with parameter vector is strictly monotonic decreasing with respect to a satisfying 0 e if the classical gauss _ seidel method converges for a z _ matrix. some properties of the left and right eigenvectors corresponding to the largest eigenvalue in modulus are given, too. these results are useful to find an optimal parameter for migs

    目前主要的方法有兩類:一是充分利用所給矩陣a的特點,採用適當的主元素選取策略,使分解出的因子盡可能地保持稀疏性;二是迭代法。對于第二種方法,迭代矩陣的選取具有決定作用。只有選取的迭代矩陣的譜半徑小於1才能保證迭代法收斂。
  3. Aluminum alloy matrix composite has a series of advantages such as low density, high specific strength and specific modulus, high wear resistance, low coefficient of expansion, high coefficient of heat conductivity and high cooling rate

    鋁基復合材料具有密度低、強度和模量高、耐磨損、膨脹系數低、導熱系數高以及散熱速度快等一系列優點。
  4. It was revealed that elastomer or filler had its strong point as modifier of pp. at the same matrix ligament thickness l, improvement of toughness by elastomer was obviously higher than that of caco3, while adding caco3 increased the modulus, hardness and heat deflection temperature of pp

    0刀9匆m人指出用彈性體和無機剛性粒子作聚丙烯的增韌劑各有所長,在相同基體帶厚度l下,彈性體提高韌性的程度明顯高於c3co3 , c3co3則使聚丙烯的模量、硬度和熱變形溫度等明顯提高。
  5. Metal matrix composite had begun to develop early in 1960s, and became one new branch in the field of composite. among them, the aluminum based matrix developed especial quickly, because it has many merits compared with other metal, such as light weight, specific strength and shear strength, low coefficient of thermal expansion, high young ' s modulus, better thermal stability and temperature conductivity

    金屬基復合材料在六十年代開始有了較快的發展,成為了復合材料領域的新支,其中,鋁基復合材料的發展尤為迅速,因為它具有重量輕、比強度高、剪切強度高、熱膨脹系數低、高的彈性模量,良好的熱穩定性、導熱性能等一系列優點。
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