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Mode I Critical Stress Intensity Factor of Medium - Density Fiberboard Obtained by Single-Edge - Notched Bending Test

机译：模式Ⅰ中等密度纤维板的临界应力强度因子单边缺口弯曲试验

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Hiroshi Yoshihara; Hikaru Mizuno;
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年度 2014
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1. Mode I Critical Stress Intensity Factor of Medium - Density Fiberboard Obtained by Single-Edge - Notched Bending Test [J] . Mizuno Hikaru, Yoshihara Hiroshi Drvna industrija . 2014,第2期

机译：单边缺口弯曲试验获得的中密度纤维板的I型临界应力强度因子。
2. Mode I Critical Stress Intensity Factor of Medium - Density Fiberboard Obtained by Single-Edge - Notched Bending Test [J] . Mizuno Hikaru, Yoshihara Hiroshi Drvna industrija . 2014,第2期

机译：单边缺口弯曲试验获得的中密度纤维板的I型临界应力强度因子。
3. Influence of loading conditions on the measurement of mode I critical stress intensity factor for wood and medium-density fiberboard by the single-edge-notched tension test [J] . Hiroshi Yoshihara Holzforschung . 2010,第6期

机译：加载条件对木材和中密度纤维板单边缺口拉力测试中I型临界应力强度因子测量的影响
4. Plastic Notch Stress Intensity Factors and Strain Energy Density for Pointed V-Notches under Torsion [C] . M. Zappalorto, P. Lazzarin International Conference on Fracture . 2009

机译：扭转下尖头V-incches的塑料凹口应力强度因子和应变能密度
5. Development of an evaluation technique for mode-I stress intensity factor of notched carbon/epoxy orthotropic laminate composites and its application. [D] . Lee, Dongyeon. 2005

机译：缺口碳/环氧正交各向异性层压材料复合材料的I型应力强度因子评估技术的开发及其应用。
6. Cyclic Tests of Smooth and Notched Specimens Subjected to Bending and Torsion Taking into Account the Effect of Mean Stress [O] . Roland Pawliczek, Dariusz Rozumek 2020

机译：考虑到平均应力的影响光滑和凹口试样经受弯曲和扭转的循环试验
7. Computations of modes I and II stress intensity factors of sharp notched plates under in-plane shear and bending loading by the fractal-like finite element method [O] . Treifi, Muhammad, Olutunde Oyadiji, S., Tsang, Derek K L 2008

机译：用分形有限元法计算平面剪切和弯曲载荷下锋利缺口板的Ⅰ，Ⅱ型应力强度因子
8. Stress-Intensity Factors for Single-Edge-Notch Specimens in Bending or Combined Bending and Tension by Boundary Collocation of a Stress Function [R] . Gross, B., Awley, J. E. 1965

机译：应力函数边界配置的单边缺口试样弯曲或组合弯曲和张力的应力强度因子

Mode I Critical Stress Intensity Factor of Medium - Density Fiberboard Obtained by Single-Edge - Notched Bending Test

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