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载荷增量 meaning in English

load increment

Examples

  1. First , the governing equations of the cylindrical shells are linearized by using the load incremental approach
    首先使用载荷增量法将两种圆柱形壳体的非线性微分方程线性化。
  2. In this paper , the approaches of load incremental and discrete least square collocation have been employed successfully in the geometrically nonlinear analysis for both stiffened and nonstiffened cylindrical shells
    摘要本文采用载荷增量最小二乘配点法分析圆柱壳体和纵、横向加筋圆柱壳的几何非线性问题。
  3. That is the identification of material parameter is done through the true deformation increment in the loading stage before , loading increment , and the stress state by artificial neural networks , after this , we can get loading increment for the next deformation stage by the artificial neural networks trained by stress stage , target deformation increment and the identified m value
    即首先根据上一步加载材料的实际应变增量、所加应力增量以及材料所在的应力状态识别出材料物性参数m值,然后再根据材料加载后的应力状态、目标应变增量以及识别所得m值,由训练好的识别应力增量的人工神经网络产生应加的载荷增量
  4. In the procedure , the column is first divided into a finite number of small segments in equal length . the deflection - curvature relation of each segment is determined using the finite - difference method . the final nonlinear algebraic equations are then obtained by means of the equilibrium condition for each segment
    运用这种方法,先将长柱离散成若干等长的柱段,利用差分方法求得各柱段截面上的挠度与曲率的关系,再根据各截面上外力与抵抗力的平衡条件,得到一组关于荷载与变形关系的非线性代数方程组;本文对该方程组采用载荷增量法进行迭代求解。
  5. In the paper , the load incremental method is adopted . by the way of reducing the elastic model of the destructive blocks in the elements , the finite element analysis model is revised and the repeated computing process does n ' t finish until the results are converged . the proposed method can simulate the entire process of concrete structures from crack to complete damage
    分析中采用载荷增量法,对各级载荷下单元中破坏的材料分块进行弹模折减处理,并重新生成单元刚度矩阵,经过多次迭代直至计算收敛,从而可以给出各类cfrp加固混凝土结构的载荷?变形全过程曲线,并预测其极限承载力。
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Related Words

  1. 增量绘图仪
  2. 散装载荷
  3. 载荷期间
  4. 瞬间载荷
  5. 有效载荷
  6. 冲刷载荷
  7. 径向载荷
  8. 启动载荷
  9. 冰载荷
  10. 永久载荷
  11. 载荷增长
  12. 载荷增长率
  13. 载荷指数
  14. 载荷中心
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