strain hardening

美 [streɪn ˈhɑːrdnɪŋ]英 [streɪn ˈhɑːdnɪŋ]
  • 应(形)变硬化
strain hardeningstrain hardening
  1. By strain hardening coefficient , the relationship between rheological properties and cell diameter can be established .

    我们进一步通过应变硬化系数,建立了流变性能和泡孔直径间的关系。

  2. The overloading effect in FCI depends upon the character of strain hardening of metals , the geometry of elements and the magnitude of overloading .

    裂纹起始的超载效应取决于材料的应变硬化特性、构件几何以及超载的大小。

  3. Plastic design of steel structure and strain hardening performance of steel

    钢结构塑性设计与钢材的应变硬化性能

  4. Discusses two possible processes for the strain hardening effect , i.

    对于强化效应,则讨论了取向强化和粘弹强化两种可能情况。

  5. Theoretical and experimental standardization of strain hardening index in tensile deformation

    拉伸变形应变硬化指数的理论和实验规范

  6. Researches on the calculation method of strain hardening of cold-formed steel

    冷成型钢冷作强化计算方法探讨

  7. Analytical measurement and mechanical study on the tensile strain hardening exponent

    拉伸应变硬化指数的解析测定及力学分析

  8. Measurement and application of tensile strain hardening exponent n - values

    应变硬化指数n值的测定和应用

  9. Analysis of Pinch - type Roll - bending Process for Strain Hardening Plate

    应变硬化薄板夹持型滚弯成形过程分析

  10. Effect of Structure on Strain Hardening

    组织结构对应变硬化的影响

  11. Sensitivity analysis by elastic viscoplastic BEM with mixed strain hardening model

    混合硬化弹黏塑性边界元灵敏度分析

  12. Characteristic of strain hardening and grain boundary strengthening of an austenitic steel

    一种奥氏体钢的应变硬化特性与界面强化

  13. Measurement of strain hardening coefficients of steels at low temperatures

    低温下钢材应变强化系数的测定

  14. Deformation force , neck down behavior and strain hardening are highlighted .

    文中也较深入的说明了拉伸力,颈缩行为,应变硬化对控制拉伸效果十分重要。

  15. Experimental study on the strain hardening and bake hardening properties of dual phase steel

    双相钢板应变强化和烘烤硬化特性试验研究

  16. The steel reinforcement is represented by a bilinear strain hardening model .

    钢筋以双线性应变硬化模型表示。

  17. Effect of surface dispersed pre strain hardening on steel sheet on strain localization

    表层弥散预应变硬化对薄钢板变形局部化的影响

  18. Strain Hardening Exponent Calculating Model for Transformation Induced Plasticity Steels

    相变诱发塑性钢的应变硬化指数计算模型

  19. The main deformation mechanism of superplasticity is the balance between strain hardening .

    超塑性变形的主要机理是位错滑移和攀移产生的应变硬化与动态回复和动态再结晶的应变软化作用相平衡。

  20. Strain hardening index and thick anisotropy index of thin metal plate and strip

    金属薄板带应变硬化指数和厚向异性指数测定方法

  21. Stages on strain hardening curve and ultimate uniform strain

    金属硬化曲线的阶段性和最大均匀应变

  22. Experimental measure and computation about strain hardening modulus

    应变硬化模量的实验测量与计算

  23. CTOD Design Curve in Consideration of Material Strain Hardening

    考虑材料应变硬化效应的CTOD设计曲线

  24. Stress relaxation , strain hardening and strain softening in rocks

    岩石的应力松弛、应变硬化和应变软化

  25. Strain hardening exponents of fibrous multiphase structure in structural steel

    结构钢纤维状多相复合组织的形变硬化指数

  26. The Post yielding Properties of Simply Supported Beam in Consideration of the Strain hardening Effect

    考虑应变硬化效应的简支梁后屈服性质

  27. Strain hardening curve and parameters of metastable materials

    亚稳态材料的应变硬化曲线与硬化参量

  28. Comparing the results of strain hardening exponent , plastic strain ratio value and elongation by two different methods

    两种方法测定冷轧薄板应变硬化指数、塑性应变比值和伸长率的结果比较

  29. This paper discusses an extension of the D-M model which is used for strain hardening materials .

    本文将D-M模型延伸用于应变硬化材料。

  30. The correlation of strain hardening index n with limiting draw ratio m_k

    材料强化指数n值与极限压延系数mk值的关系