1) Hamilton dual systems
哈密顿对偶系
2) Hamilton dual system
哈密顿对偶体系
3) Hamilton duality solution system
哈密顿对偶求解体系
1.
(2) Hamilton duality solution system of tube structur.
(2)基于初等梁理论和薄壁杆件约束扭转理论,导出了筒体结构弯扭分析的哈密顿对偶求解体系;对初等梁理论进行修正,假定翼板和腹板框架的翘曲(轴向)位移分别沿板宽方向为二次和三次曲线分布,导出了考虑剪力滞后效应的筒体结构弯曲问题的对偶求解体系;摒弃了初等梁理论和乌曼斯基理论对翘曲位移的假定,导出了基于插值函数的对偶求解体系。
4) Hamiltonian dual equation
哈密顿对偶方程
1.
Control differential equations of the beams were transformed into Hamiltonian dual equations.
从能量变分原理出发,由勒让德变换引入对偶变量,导出了Timoshenko梁弯曲问题的哈密顿对偶求解体系,将梁的控制微分方程转化为哈密顿对偶方程,为借鉴现代控制理论的方法求解Timoshenko梁弯曲问题建立了理论基础。
5) Hamiltonian system
哈密顿体系
1.
Thermal buckling problem of elastic circular plates in Hamiltonian system;
哈密顿体系下的弹性圆板热屈曲问题
2.
3D solutions for static/vibration of FGPM plate/pipe in Hamiltonian system;
哈密顿体系下功能梯度压电板/管静动力三维解
3.
Dynamic Buckling of Elastic Cylindrical Shells in Hamiltonian System;
哈密顿体系下弹性圆柱壳的动态屈曲研究
6) hamiltonian system
哈密顿系统
1.
Hopf bifurcation based on a three-dimensional and time-dependent perturbation Hamiltonian system;
基于近哈密顿系统的Hopf分岔
2.
Some results of discrete Hamiltonian systems;
离散哈密顿系统的几个结论
3.
The same distribution of limit cycles in nine perturbed Hamiltonian systems;
9个扰动哈密顿系统的极限环分布(英文)
