1) thermal buckling
热屈曲
1.
Trial and error method of thermal buckling for complex structures;
考虑材料性质参数随温度变化的热屈曲试探解法
2.
Adaptive immunity genetic algorithm for thermal buckling optimization of composite laminates;
复合材料层压板热屈曲优化设计的自适应免疫遗传算法
3.
Energy barrier and post-buckling behavior for thermal buckling of a liner shell;
点铆固壳环热屈曲能障及后屈曲性态
2) thermal post-buckling
热过屈曲
1.
Based on the geometrically nonlinear theory for axially extensible beams, formulations of free vibrations in the vicinity of thermal post-buckling were derived.
基于轴向可伸长梁的几何非线性理论建立了弹性直梁在热过屈曲静态大变形附近自由振动的几何非线性模型。
2.
Based on the Von Kármán s plate theory and Hamilton s principle, the nonlinear vibration near the thermal post-buckling configuration of the heated circular plates with clamped boundary conditions is studied.
基于 Von karman方程和 Hamilton原理 ,研究了周边不可移加热圆形薄板在热过屈曲构形附近的非线性振动 ,并采用打靶法获得了圆板热过屈曲及非线性振动响
3.
In this paper, based on the non-linearly geometric theory for extensible elastic rods, an exact mathematical model of thermal post-buckling behavior of uniformly heated elastic rods with clamped-simply supported ends is derived.
采用打靶法和解析延拓法直接数值求解上述非线性边值问题，获得了杆的热过屈曲状态解，给出了具有不同长细比杆的热过屈曲平衡路径。
3) thermal post-buckling
热后屈曲
1.
The thermal post-buckling behaviors of FGM rod made of ZrO-2 and Ti-6A1-4V were analyzed by shooting method.
对两端不可移简支陶瓷-金属功能梯度材料(FGM)杆建立了在热载荷作用下的非线性控制微分方程,采用打靶法分析了由二氧化锆和Ti-6Al-4V两种材料组成的FGM杆的热后屈曲行为。
4) thermal post buckling
热过屈曲
1.
Based on geometric nonlinear theory of axially extensible thin rod, an accurate mathematical model of thermal post buckling behavior of uniformly heated elastic straight rod with fixed clamp at one end and simple support at other end is developed in this paper.
采用打靶法和解析延拓法直接数值求解上述非线性边值问题，获得了杆的热过屈曲状态解，给出了具有不同长细比杆的热过屈曲平衡路径。
5) thermal post_buckling
热过屈曲
1.
Based on the non_linear geometric theory of axially extensible beams and by using the shooting method,the thermal post_buckling responses of an elastic beams,with immovably simply supported ends and subjected to a transversely non_uniformly distributed temperature rising,were investigated.
基于轴向可伸长梁的几何非线性理论和打靶法,研究了两端不可移简支弹性梁在横向非均匀分布升温场作用下的热弹性屈曲响应· 着重分析了横向升温变化对热过屈曲变形的影响,给出了相应的特性曲线· 数值结果表明,由于横向温度改变会产生热弯曲内力,因此过屈曲平衡路径与有初始变形梁的过屈曲平衡路径相似·
2.
Based on the non_linear geometric theory of extensible rods, an exact mathematical model of thermal post_buckling behavior of uniformly heated elastic rods with axially immovable ends is developed, in which the arc length s(x) of axial line and the longitudinal displacement u(x) are taken as the basic unknown functions.
基于轴线可伸长细杆的过屈曲变形几何理论,建立了两端轴向不可移的均匀加热直杆热弹性过屈曲行为的精确数学模型· 这是一个包含杆轴线弧长在内的多未知函数的强非线性一阶常微分方程两点边值问题· 采用打靶法和解析延拓法直接数值求解上述非线性边值问题,分别获得了两端横向简支和夹紧杆的热过屈曲状态解,给出了具有不同细长比杆的热过屈曲平衡路
6) thermal postbuckling
热后屈曲
1.
The thermal postbuckling of circular plate has been investigated by using Ritz method.
用Ｒｉｔｚ法对各向同性圆板在周边转动弹性约束下的热后屈曲进行了研究。
2.
A thermal postbuckling analysis is presented for a rectangular plate subjected to uniform and nonuniform (parabolic) temperature loading and resting on a "softening" nonlinear elastic foundation.
采用摄动——Ｇａｌｅｒｋｉｎ混合法给出完善和非完善矩形板热屈曲载荷和热后屈曲平衡路径。
3.
A thermal postbuckling analysis is presented for a rectangular plate subjected to uniform and nonuniform (parabolic)temperature loading.
采用摄动－Ｇａｌｅｒｋｉｎ混合法给出完善和非完善矩形板热屈曲载荷和热后屈曲平衡路径。
补充资料：关节屈曲线
关节屈曲线
joint flexion line
一般指小指第一、二关节的屈曲线，通常不止一条，若小指短而内屈，关节屈曲线只有一条，常为先天愚型的表现。
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