欧拉梁,Euler beam
1)Euler beam欧拉梁
1.Dynamic characteristic analysis of Euler beam based on element-free Galerkin method;无单元法应用于欧拉梁的动力特性分析
2.Solution to free vibration of Euler beam and girder system with Element-Free Galerkin method无单元法求解欧拉梁及梁系的自由振动问题
3.Differential quadrature solution to initial-boundary-value problems for dynamic response of Euler beams欧拉梁动力反应初边值问题的微分求积解
英文短句/例句

1.Solution to free vibration of Euler beam and girder system with Element-Free Galerkin method无单元法求解欧拉梁及梁系的自由振动问题
2.The Analysis of Dispersion Characteristics and Input Power Flow of Composite Euler Beam;复合材料欧拉梁频散特性及振动功率流分析
3.Differential quadrature solution to initial-boundary-value problems for dynamic response of Euler beams欧拉梁动力反应初边值问题的微分求积解
4.Displacement Field Due to a Moving Load on Euler Beam Resting on an Elastic Half-Space;弹性半空间上欧拉梁表面移动荷载引起的位移场
5.DYNAMIC CHARACTERISTIC CALCULATION AND ANALYSIS OF EULER BEAM BASED ON ELEMENT-FREE GALERKIN DOUBLE-VARIABLE METHOD基于双变量无单元法的欧拉梁动力特性计算与分析
6.MCAI on Euler Angle and Euler Kinematic Equation;欧拉角及欧拉运动学方程的MCAI
7.Euler-Euler Method Simulating Pulsed Fluidized Bed Behaviors欧拉—欧拉法脉动流化床运动行为模拟
8.Galerkin Method used to solve the bending problem of beams on tensionless winkler foundations无拉力Winkler地基梁的Galerkin解
9.Euler polyhedron formula欧拉可分割空间公式
10.euler gas dynamical equations欧拉气体动力学方程
11.Eular crippling stress(纵向弯曲)欧拉临界应力
12.For Cosette, read Euphrasie.珂赛特应当是欧福拉吉。
13.Euler equations for hydrodynamics欧拉流体动力学方程
14.ABDULAH, Frank Owen弗兰克·欧文·阿卜杜拉
15.Euler-Poincare characteristic欧拉-庞伽勒示性数
16.Euler-Maclaurin sum formula欧拉-马克劳林求和公式
17.Euro-Arab University欧洲-阿拉伯大学(欧阿大学)
18.On Erasmus Programme ot the European Union;浅析欧共体/欧盟的“伊拉斯谟计划”
相关短句/例句

Euler-beam欧拉梁
1.Based on the thoughts of wheel and track coupling big system, rails were simplified as a Euler-beam with limit length by a springy point, and contact relation between wheel and rail was treated as spring contact, it was established dynamics model between wheel and rail.采用车辆—轨道耦合大系统的思想,将钢轨简化为弹性点支承有限长的欧拉梁、轮轨接触关系采用弹簧接触,建立出轮轨动力学模型。
3)flexible Euler beam柔性欧拉梁
1.Fluid response of a flexible Euler beam with imbedded fluid subsystem under specific vertical stead sinusoidal excitations of first and second order is investigated via numerical simulations to show the peak character of fluid movement.以内嵌流体柔性欧拉梁为研究对象,对其在一、二阶垂直定频激励模式下流体响应进行了数值模拟,揭示了封闭腔内流体在梁扰动下运动的峰特征;合理划分流体区域,研究不同位置流体对梁作用力的时域特征;基于能量耗散的原理,提出流体运动能耗量化准则,从能耗的角度上阐明了内嵌粘性流体单元运动减振的内在机理和有效性,并以此为标准对不同工况下流体运动减振效果进行比较,结果表明相同条件下1/2体积流体运动减振效果要明显优于2/3体积。
4)Euler beam theory欧拉梁理论
5)Bernoulli-Euler Beam伯努利-欧拉梁
1.In this model,the tramcar was regarded as two degrees of freedom spring-mass-damper system,and the track was regarded as Bernoulli-Euler beam that locates on continuous and elastic ballast.模型中,矿车被等效为两自由度弹簧-质量-阻尼系统,铁轨被等效为铺设在连续弹性道床上的伯努利-欧拉梁,矿车与铁轨的振动相互耦合。
6)Euler beam bending theory欧拉梁弯曲理论
延伸阅读

米欧,我的米欧瑞典著名女作家林格伦的名著,主要孤独的男孩布赛在“遥远之国”找到了他渴望的一切:一位慈祥的父王,他总是温柔地呼唤他“米欧,我的米欧”;一个忠实的好朋友——丘姆-丘姆;一匹漂亮的白马米拉米斯,还有许多许多让他感到新奇的事物和人……可是这美好的一切却被残暴的骑士卡托的阴影所笼罩,米欧必须和这个可怕的人展开一场残酷的战斗,实际上,他所要战胜的,正是深藏在他自己内心的恐惧……