2) Nonlinear vibration buckling
非线性振动屈曲
3) nonlinear buckling
非线性屈曲
1.
The structural analysis theory and method of the large span steel roof of the Beijing University Gyms a typical project example of hybrid tension structure,are introduced in this paper,including element selection,the determination of initial prestress,nonlinear buckling analysis and ultimate bearing capacity analysis.
包括单元选取、初始态预应力度的确定、非线性屈曲分析及整个屋盖的弹塑性极限承载力分析。
2.
Combined with an engineering example,nonlinear buckling analysis was conducted for the optimized Γ-shaped frame by using ANSYS finite element software.
结合工程实例,利用ANSYS有限元软件,对优化设计后的Γ形框架进行非线性屈曲分析。
3.
By applying the software ANSYS to nonlinear buckling analysis on circle-castellated steel beams,the thesis makes the study of geometry nonlinearity and material nonlinearity on flexural carrying capacity of nonlinear buckling in circle-castellated beam respectively.
采用有限元分析软件ANSYS,对圆孔蜂窝钢梁进行非线性屈曲分析,探讨了几何非线性和材料非线性对非线性屈曲抗弯承载力的影响,从而为进一步研究圆形蜂窝梁提供了参考。
4) non-linear buckling
非线性屈曲
1.
In this paper,non-linear buckling analysis of the membrane under shearing loads is performed by incorporating the ANSYS SHELL63 element.
本文采用ANSYS SHELL63单元对薄膜受剪情况下的褶皱形变进行了非线性屈曲分析。
2.
The elastic-plastic finite element method was combined with non-linear buckling theory to analyze the buckling behavior of line pipe with geometrical imperfection under internal pressure.
采用弹塑性有限元法,结合非线性屈曲理论,分析了受初始几何缺陷影响的管线钢管在内压作用下的非线性屈曲。
5) nonlinear buckling bearing capacities
非线性屈曲承载力
1.
By the method,the nonlinear buckling bearing capacities of concrete filled steel tube columns with high slenderness ratio under eccentric load were carried out.
基于三维线弹性大变形理论,本文构造了三维非线性虚拟层合单元法,利用此法对钢管混凝土压弯长柱的非线性屈曲承载力进行了研究,有限元分析结果与试验结果符合良好。
6) nonlinear buckling behavior
非线性屈曲性态
补充资料：非线性药物动力学
分子式：
CAS号：
性质：药物代谢动力学参数随剂量(或体内药物浓度)而变化的代谢过程如生物半衰期与剂量有关，又称剂量依赖性动力学。它具有以下特点：药物代谢不遵守简单的一级动力学过程，而遵从Michalis-Menten方程；药物的消除半衰期随剂量的增加而延长；血药浓度-时间曲线下面积(AUC)与剂量不成正比，当剂量增加时，AUC显著增加；平均稳态血药浓度也不与剂量成正比。
CAS号：
性质：药物代谢动力学参数随剂量(或体内药物浓度)而变化的代谢过程如生物半衰期与剂量有关，又称剂量依赖性动力学。它具有以下特点：药物代谢不遵守简单的一级动力学过程，而遵从Michalis-Menten方程；药物的消除半衰期随剂量的增加而延长；血药浓度-时间曲线下面积(AUC)与剂量不成正比，当剂量增加时，AUC显著增加；平均稳态血药浓度也不与剂量成正比。
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