硬化指数的英文

• hardenabilityvalue

• 硬化    harden; stiffen; stiffening; ...
• 指数    index number; index
• 动脉硬化指数    aip; artherogenic index
• 加工硬化指数    work hardening exponent; work hardening index
• 水泥硬化指数    cementation index
• 应变硬化指数    strain hardening exponent; strain hardening index
• 动脉粥样硬化指数    atherogenic index; atherosclerotic index
• 动态的动脉硬化指数    aasi
• 日本人动脉硬化指数    aij; atherogenic index of japanese
• 变化指数    variability index
• 动脉化指数    ai; arterialization index
• 风化指数    slacking index; weathering index
• 工业化指数    industrialization index
• 固化指数    index of cure
• 活化指数    activation index
• 角化指数    cornification index
• 净化指数    clearing index; decontamination factor; decontamination index; purification index
• 老化指数    ageing index; aging index
• 老龄化指数    aged-child ratio
• 硫化指数    cure index
• 氯化指数    chloride index
• 趋化指数    chemotactic index
• 热演化指数    tai
• 融化指数    thawing index
• 软化指数    melt index

• Strain hardening index
  应变硬化指数
• Work hardening index
  加工硬化指数
• N metallic materials - sheet and strip - determination of tensile strain hardening exponent n - values
  金属薄板和薄带拉伸应变硬化指数
• Iron and steel - method of determination of the tensile strain hardening exponent n of steel sheet and plate
  钢铁.薄钢板和钢板拉伸应变硬化指数n的测定方法
• By analyzing the simulation results , how the hardening parameter , bend radius parameter and thickness parameter influence springback is studied
  通过对模拟结果的分析，研究了硬化指数、弯曲半径、材料厚度等因素对回弹的影响规律。
• Research and expound in detail the vascular stiffness index ( vsi ) measurement , and apply it to the clinical test to verify , analyse and improve
  深入研究和详细阐述了血管硬化指数这一参数测量方法，并在临床测试中进行验证、归纳和改进。
• The springback angle increases with the increase of the punch round radius and clearances between the punch and the die while decreases with increase of the blank holder force , sheet thickness , friction coefficient and material hardening exponent
  回弹角随凸模圆角半径和凸凹模间隙的增大而增大，随压边力、板料厚度、摩擦系数和材料硬化指数的增大而减小。
• Fatigue strength coefficient decreases linearly during the cyclic course ; fatigue strength exponent increases ; fatigue ductility coefficient first goes up till the maximum value at 50 % total life , and then goes down ; fatigue ductility exponent decreases during the first half cycle till its minimum value at 50 % total life and then increases in the rest cycle course ; cycle strength coefficient and cycle strain hardening exponent both decrease during the total cycle course
  结果表明： 6个基本疲劳特性参数在循环过程中都呈显出规律性变化。疲劳强度系数呈线性减小趋势；疲劳强度指数呈线性增大特征；疲劳延性系数是一个先增后降的过程；而疲劳延性指数随循环进行由初始减小到逐渐增大；循环强度系数和循环应变硬化指数在整个循环过程中都趋于减小。
• Based on the damage evolution formation depicted by kachanov of brittle materials in unitary stress state , in this dissertation , the constitutive equation of nonlinear damage material is given , macroscopically , on the assumption that damage variable is exponential relation to strain , d = ( gy i k ) " , where g is the shear module , k is the damage module and the y is the effective strain , d is damage variable and n is hardening exponent
  在kachanov描述的一维应力状态下的脆性材料的损伤演化模型的基础上，文中给出非线性损伤材料的本构方程，唯象地假设损伤变量与应变成幂次关系， d ~ * = ( g / k ) ~ n ，其中g为剪切模量， k为损伤模量，为有效应变因子， d为损伤变量， n为硬化指数。

• 硬化指数とは意味：硬化指数 cure index[化学]; index of cure[化学]