1) alytic invariant
解剖不变量
2) invariant decompression
不变量分解
1.
In this paper, by mixed finite element analysis (the basic varies being the displacement and the pressure), rubber strain energy functions always are used according to Penns invariant decompressions, using the methods in paper[3], The plane strain rubber large deformation is calculated, a series of problems are overcome.
基于混合法 (以位移和静水压力为基本未知量 ) ,引入 Penn[1 ]建议的不变量分解的 Mooney型 [2 ]本构形式 ,针对混合法建立起总刚元素的特点 ,分析平面应变不可压缩橡胶材料的大变形 ,克服以前在处理不可压缩时 ,计算易失稳等缺点 ,算例表明 :有限元计算稳定并与解析解[4] 吻合。
3) anatomic variation
解剖变异
1.
The image manifestations of anatomic variation of the first thoracic vertebra fovea costalis superior;
胸1椎体上肋凹解剖变异的影像学表现
2.
Objective:Discuss the relevance between posterior interosseous nerve enfrapment and the anatomic variation of supinator and posterior interosseous nerve, providing a reference for clinical surgery to reduce the iatrogenic injury.
本文通过探讨骨间背神经卡压与旋后肌及其自身解剖变异的相关性,为临床手术提供参考,减少医源性损伤。
4) anatomical variation
解剖变异
1.
Anatomical variations of hepatic artery in liver allografts and its clinical significance;
供肝肝动脉解剖变异及其临床意义
2.
Evaluation of Relationship between the Anatomical Variations of Ostiomeatal Complex and Chronic Sinusitis by Multi-slice Spiral CT;
多层螺旋CT对窦口鼻道复合体解剖变异与慢性鼻窦炎关系的评价
补充资料：解剖
解剖
解剖 分散。指用器械剖割尸体以了解人体内部各器官的形态、位置、构造及其相互关系。《灵枢·经水》：“若夫八尺之士，皮肉在此，外可度量切循而得之，其死可解剖而视之。”
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