1) end bent
端部弯曲
2) curved end
弯曲端部
3) end notched flexure(ENF)
端部开口弯曲试件
1.
Based on the currently available Z-pin micro-model,a Z-pin element was developed and a beam element model was proposed in this paper to study the effect of Z-pins on mode Ⅱ delamination toughness of Z-pinned end notched flexure(ENF) specimens.
利用纤维Z-pins的细观力学模型构造了相应的Z-pin单元,结合考虑一阶剪切变形的梁单元,建立了用于分析含非对称分层采用Z-pins增韧的端部开口弯曲试件(End notched flexure,ENF)的有限元模型,并在分层裂纹面上引入接触单元以防止分析过程中2个分层子梁在端部开口处的相互嵌入。
4) end bending momen
端部弯矩
1.
Based on the bending theory of beams,an analytical solution of end bending moment of transmission line under uniformly distributed wind load is obtained by means of technique of singular perturbation.
本文应用梁的弯曲理论 ,对空间均匀分布风载激励的输电线振动 ,采用奇异摄动方法给出了端部弯矩的解析结果 ,并以此为基础 ,给出了适合于工程设计的半经验公式 ,所得结果为提高高压输电线的安全设计提供了理论分析基础。
5) local bending
局部弯曲
1.
A semi-analytical method is developed to study the local bending and local buckling behavior of the structure based on the classical laminated plate theory.
本文采用双参数基础模型模拟软夹芯材料与受载层合面板间的相互作用,基于经典层合板理论,推导并给出了夹芯板结构局部变形问题的半解析分析方法,并通过算例讨论了边界条件、荷载作用方式、夹芯层厚度与弹性模量等因素对该类结构局部弯曲和局部屈曲行为的影响。
2.
Utilizing this method, the phenomena of local bending observed in experiments can theoretically be explained.
给出非均布表面应力作用下弹性薄板挠曲变形问题的控制方程及边界条件,通过与热应力问题进行物理比拟,对这一问题进行了求解,并采用这一方法对实验中观测到的局部弯曲现象进行了理论解释。
3.
The empirical rules,which take into account the non neighbor interactions between the base pair steps,have been presented to predict the local bending of B DNA.
考虑碱基对梯阶之间的非紧邻相互作用，提出了预测 Ｂ Ｄ Ｎ Ａ 局部弯曲的经验规则。
补充资料：带式输送机端部破碎机
带式输送机端部破碎机
带式输送机端部破碎机象塑
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条