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杨冰 , JAMES M N , 基于CJP模型的疲劳裂纹扩展率曲线及应用方法 [J ] . 机械工程学报 , 2018 , 54 ( 18 ): 76 - 84 . DOI: 10.3901/JME.2018.18.076 http://doi.org/10.3901/JME.2018.18.076 利用数字图像相关技术开展工业纯钛5种不同高宽比CT试样的疲劳裂纹扩展率试验，分别采用传统应力强度因子范围ΔK和基于CJP模型理论框架的新应力强度因子范围ΔK_CJP对数据进行分析，得到的da/dN-ΔK和da/dN-ΔK_CJP曲线均有效反映了试验数据分布规律，具有良好的拟合效果。相较于传统参量ΔK，ΔK_CJP直接由裂尖位移场求解，无需进行修正即可用于材料疲劳裂纹扩展率描述，具有与CT试样高宽比无关的特性；作为ΔK_CJP的两个组成参量，ΔK_F、ΔK_R与传统ΔK数据间均呈现出某种总体变化趋势，分别可用二次多项式和线性方程表征。构造了ΔK_CJP与ΔK的关联函数，并由此推导出ΔK_CJP表达式，为da/dN-ΔK_CJP曲线在材料与结构的失效分析和安全评价中的应用提供了有效途径，拓宽了CJP模型的工程应用范围。

YANG B , JAMES M N . Fatigue crack growth rate curve based on the CJP model and its application method [J ] . Journal of Mechanical Engineering , 2018 , 54 ( 18 ): 76 - 84 . (in Chinese) DOI: 10.3901/JME.2018.18.076 http://doi.org/10.3901/JME.2018.18.076 Fatigue crack growth rate tests of commercial pure titanium specimens with 5 different height-width ratios of CT specimens using the digital imagine correlation technique are carried out. The traditional stress intensity factor range, &Delta;<em>K</em>, and the new definition of the stress intensity factor range, &Delta;<em>K</em>_CJP, which is under the theory of the CJP model, are utilized in the analysis of the test data. Both the d<em>a</em>/d<em>N</em>-&Delta;<em>K</em> curve and the d<em>a</em>/d<em>N</em>-&Delta;<em>K</em>_CJP curve reflect the distribution of the test data effectively and show good fitting effects. Compared to the traditional &Delta;<em>K</em>, the &Delta;<em>K</em>_CJP is obtained directly from the displacement fields near the crack tip and can be utilized without correction, and has a characteristic of height-width ratio-independent for CT specimens. Furthermore, as two component parameters of &Delta;<em>K</em>_CJP, both &Delta;<em>K</em>_F and &Delta;<em>K</em>_R show some certain general change trends with the traditional &Delta;<em>K</em>, which can be described by using the quadratic polynomial and the linear equation respectively. Based on this, a correlation curve is constructed to determine the expression of &Delta;<em>K</em>_CJP. Thus, an effective approach is established for using the d<em>a</em>/d<em>N</em>-&Delta;<em>K</em>_CJP curve in the failure analysis and the safety assessment of materials and structures, which extends the engineering applications of the CJP model.