1) ellipsoid
[英][i'lipsɔid] [美][ɪ'lɪpsɔɪd]
椭球洞体
1.
The principle that composite solution cavity is generated by way of intersecting several ellipsoids, the mathematic modeling of three-dimensional random cavities and the mathematic description and computer display method of deterministic cavities are expatiated on.
详尽地阐述了由多个椭球洞体生成复杂溶蚀孔洞的原理、三维随机洞体的数学模型以及确定性洞体的数学描述和计算机显示方法,为岩溶化岩体的溶蚀率和渗透特性的研究提供了计算机模拟手段。
2) ellipsoidal void
椭球形孔洞
1.
Based on a non-classical theory of plasticity and the continuum damage mechanics, a damage evolution based on an ellipsoidal void model for mixed hardening materials is obtained.
基于非经典塑性理论和连续介质损伤力学,在已有的具有细片层状微观结构珠光体团的弹塑性本构方程的基础上,采用Gurson模型考虑铁素体相的孔洞型损伤,建立了基于有限大椭球体中含椭球形孔洞的细观损伤模型,得出了混合强化材料的损伤演化率,将其嵌入铁素体相的本构描述,得到了珠光体团的损伤本构模型。
2.
Based on a nonclassical theory of plasticity and the continuum damage mechanics,a damage constitutive equation is obtained for the ferrite phase with the damage evolution law for mixed hardening materials from an ellipsoidal void model under particular coordinates,where the void shape variation is considered.
基于非经典塑性理论和连续介质损伤力学,利用在一个特殊坐标系下基于椭球形孔洞模型得到的可考虑孔洞形状变化混合强化材料的损伤演化率得到了铁素体相的损伤本构方程,通过混合物理论利用铁素体和渗碳体相各自本构关系并考虑其几何特征得到了珠光体团的损伤本构模型。
4) ellipsoid
[英][i'lipsɔid] [美][ɪ'lɪpsɔɪd]
椭球体
1.
SOME MAJOR PROBLEMS IN THE THEORY OF ELLIPSOIDAL DRAW──The Necessity of Establishing the Theory of Analogy Ellipsoidal Draw;
椭球体放矿理论的几个主要问题──类椭球体放矿理论建立的必要性——
2.
Calculation of the geological reserves of horizontal wells based on ellipsoid Method
基于椭球体法的水平井地质储量计算
3.
Analyzes the heat exchange from a person s skin to surroundings in theory, combining the fact that the projected area factor of a person is identical to that of an ellipsoid, and the heat loss by convection is similar as well, calculates the parameters of the ellipsoidal device designed to simulate the human body thermally which is suitable for Chinese.
从理论上对人体与外界环境的热交换进行了分析,并结合人体的物理特性:投影面积系数和对流换热系数与椭球体的相似性,以及中国人的部分生理参数,计算了模拟人体热损失的传感器的设计参数。
5) ellipsoidal conductor
导体椭球
1.
The electric potential and charge distribution of a charged ellipsoidal conductor;
带电导体椭球的电势和电荷分布
2.
The relation between the surface charge density of a charged ellipsoidal conductor and its principal radii
带电导体椭球的面电荷密度与主曲率半径的关系
6) microspheroid
微椭球体
补充资料：参考椭球(见地球椭球)
参考椭球(见地球椭球)
reference ellipsoid
eankao tU0qlu参考椭球(referenee ellipsoid)见地沐椭球
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