- 更多网络例句与焊趾裂纹相关的网络例句 [注：此内容来源于网络，仅供参考]
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The results show that the simplified equations can be used to calculate the weld magnification factor not only for the T-butt joint but also for the butt, cruciform joints.
结果表明作者给出的简化表达式不仅可以用来计算T型接头的焊趾表面裂纹应力强度因子，而且可以用来计算对接与十字接头焊趾表面裂纹的应力强度因子。
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A new technology is put forward which uses weld with trailing impactive rolling to control the welding stress and distortion of thin component and to prevent welding hot cracking.
提出了随焊冲击碾压控制薄壁构件焊接应力变形、防止焊接热裂纹的新方法，其原理为：通过前后冲击碾压轮，分别对焊后尚处于高温状态的焊趾和焊缝区金属施加一定频率的冲击碾压力
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The statistical natures of FCP at the weld toes were investigated on the probability space.
在概率空间上研究并初步揭示了焊趾疲劳裂纹扩展过程的统计规律。
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An engineering procedure for estimating crack growth behavior and fatigue lives of semielliptical surface cracks at weld toe s in complex stress fields was proposed based on a database of stress intensity factors and the elementary modes method developed by author.
以作者建立的焊趾半椭圆表面裂纹应力强度因子数据库以及复杂应力场中焊趾半椭圆表面裂纹前缘应力强度因子分布计算的基本模式法为基础，给出了复杂应力场中焊趾表面裂纹在疲劳扩展过程中形态变化规律及寿命的工程分析方法；并用这个方法计算了一些典型焊接接头在一些典型的外加应力场和残余应力场中的裂纹形态发展曲线。
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What is taken account of includes the effects of the material, geometrical shape, manner of loading, ratio of cycle stress, residual stress and short crack in weld toe on fatigue strength.
该模型考虑了材料、几何形式、荷载形式、应力比、尺寸效应、残余应力及焊趾根部短裂纹等因素对疲劳强度的影响。
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Based on the Peterson type formula and the Topper type formula, two formule of effective stress concentration factor are developed.
本文考虑了材料、受载形式、尺寸、错位量、焊接残余应力以及焊趾根部短裂纹对错位板节点疲劳强度的影响，在Peterson公式和Topper公式的基础上，分别建立了两个估算这类节点疲劳强度的有效应力集中系数的公式。
- 更多网络解释与焊趾裂纹相关的网络解释 [注：此内容来源于网络，仅供参考]
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chevron cracking：锯齿形裂纹
焊趾裂纹 toe crack | 锯齿形裂纹 chevron cracking | 再热裂纹 reheat crack
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toe crack：焊趾裂纹
焊根裂纹 root crack | 焊趾裂纹 toe crack | 锯齿形裂纹 chevron cracking
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toe crack：焊缝边缘裂纹,焊趾裂纹
toe contracture 足趾拘縮 | toe crack 焊缝边缘裂纹,焊趾裂纹 | toe cut 底部掏槽,底部掏捞