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最小势能原理 principle of minimum potential energy英语短句 例句大全

时间:2020-06-22 04:29:25

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最小势能原理 principle of minimum potential energy英语短句 例句大全

最小势能原理,principle of minimum potential energy

1)principle of minimum potential energy最小势能原理

1.Application ofprinciple of minimum potential energy to spatial deformation analysis for deep foundation pit with anchored pile supporting;基于最小势能原理的桩锚支护结构空间变形分析

2.Research on bending of the cantilever based on theprinciple of minimum potential energy基于最小势能原理的悬臂梁弯曲研究

3.Based on the differential equation for curvature of beams,the theory of finite element and theprinciple of minimum potential energy,a method for beams on Winkler foundation under complex conditions was deduced with compatibility conditions of displacement,angular rotation,moment and shear of adjacent beam elements.基于梁的弯曲微分方程、有限元理论和最小势能原理(虚功原理),利用梁单元间的位移、转角、弯矩和剪力协调条件,地基梁的整体平衡条件,给出了复杂条件下Winkler地基梁的一种计算方法。

英文短句/例句

1.principle of minimum potential energy in theory of elastic- ity弹性力学最小势能原理

2.Equation expresses the principle of minimum potential energy.方程表示出最小势能原理。

3.Research on bending of the cantilever based on the principle of minimum potential energy基于最小势能原理的悬臂梁弯曲研究

4.Research on Slope Stability Analysis Using the Principle of Minimum Potential Energy;最小势能原理在边坡稳定性分析中的应用研究

5.Applying the principle of minimum total potential energy, the spline subdomain method of folded plate structures is derived.应用最小势能原理,建立了折板结构分析的样条子域法。

6.According to the principle of the minimum potential energy, the deformation of single tension pile and pile groups was analyzed using a modified variational approach.根据最小势能原理,使用修正变分法来分析抗拔单桩和抗拔群桩的变形。

7.Solve the Fermat-Steiner Problems in Light of the Least Potential Energy Theory;用势能最小原理解决费马—斯坦勒尔问题

8.Helmholtz principle of minimum energy dissipatio亥姆霍兹最小能量损耗原理

9.Advances on the least energy consumption principle and its application关于最小耗能原理及其应用的新进展

10.The new-type pocket radio produced recently By our factory on the latest principle has the smallest size and complete function.我厂最近推出新型袖珍收音机体积最小,原理最新,功能最全。

11.Study on Mechanism of Rockburst Preparation and Development Based on the Least Energy Consumption Principle基于最小耗能原理的岩爆孕育发生机理研究

12.Principle, Algorithm and Realization of Minimum Cost Getting Drug in Intelligent Drugstore智能药房中最小代价取药原理算法及实现

13.Principle of Least Energy Dissipation And Its Application to Rheological Solid最小耗能原理及其在流变固体中的应用

14.Least energy dissipation principle and its application in plastic mechanics最小耗能原理及其在塑性力学中的应用

15.Kelvin"s minimum-energy theorem开尔文最小能量定理

16.Research on Plane Two Dimension Water & Sediment Mathematical Model Based on the Theory of Minimum Rate of Energy Dissipation;基于最小能耗率原理的河道平面二维水沙数学模型研究

17.On Second Stage Minimization Variational Principle in Plasticity塑性理论中的二阶段最小变分原理

18.Calculation of He Atom Ground-State Energy Using Double Generalized Laguerre Polynomial in the Weakest Bound Electron Potential Model Theory最弱受约束电子势模型理论下使用双广义拉盖尔多项式计算氦原子基态能量(英文)

相关短句/例句

minimum potential energy principle最小势能原理

1.The governing differential equations and boundary conditions considering multi-factor of thin walled curved box girders are established byminimum potential energy principle to analyze the shear lag effect,which set the foundation of theoretical analysis of shear lag effect in thin walled box girders by multi-factor.利用最小势能原理建立了考虑多因素的分析薄壁曲线箱梁剪滞效应的控制微分方程及其边界条件,为考虑多因素薄壁箱梁剪滞效应建立了理论分析基础。

2.The governing differential equations and boundary conditions considering multi-parameters and shear deformation of thin walled box girders are established byminimum potential energy principle to analyze the shear lag effect, which set the foundation of theoretical analysis of shear lag effect in thin walled box girders by multi-parameter.利用最小势能原理建立了考虑多参数及剪切变形的分析薄壁箱梁剪滞效应的控制微分方程及其边界条件 ,为考虑多参数薄壁箱梁剪滞效应建立了理论分析基础 。

3.The minor deflection of sheet using theminimum potential energy principle was carried out elastic analysis, the approximate calculating methods of sheet was derived.利用最小势能原理对小挠度薄板进行弹性分析,并给出薄板的近似计算的方法,同时,还具体地计算了受均布载荷作用的板的挠度。

3)the principle of minimum potential energy最小势能原理

1.Based on the engineering background of Zhongguancun Culture Building of a 30m×70m planar cable-net, the vibration equation of a prestressed rectangular cable-net is deduced bythe principle of minimum potential energy considering the influence of geometric nonlinearity of large deformation, and the solution to the equation is given.以中关村文化商厦30m×70m平面索网为工程背景,考虑矩形索网结构大变形产生的几何非线性的影响,用最小势能原理推导了非线性振动的微分方程并给出了解法;研究了线性振动频率、大振幅振动频率和大变形后小振幅的振动频率计算方法;结合实例对3个振动频率进行了计算分析。

2.A mechanical model of coal pillar stability and of rheological properties of the back fill was established usingthe principle of minimum potential energy.将充填体视为黏弹塑性介质,利用最小势能原理,在分析充填体与顶板的相互关系以及充填体受力状况后,建立了考虑顶板刚度及充填体软化与流变特性的分析模型。

4)minimal potential energy principle最小势能原理

1.Since,the total potential energy of woven fabrics,is in spline function with the yarn shape curve,theminimal potential energy principle is satisfied when the system is stable.首先对被施加外部荷载的织物建立数学模型,由于相应的机织织物结构的总势能U是关于纱线形状曲线的泛函,当系统稳定时满足最小势能原理,通过求泛函极值,获得机织织物结构中纱线路径的较为真实的形状曲线,从而为描述机织织物结构几何模型和力学模型提供了相应的理论途径。

5)minimum potential energy最小势能原理

1.First we suppose a deflection expression on principle ofminimum potential energy for an opening elastic rectangular thin plate loaded with critical force, which can meet the side conditions of displacement or force.从弹性带孔矩形薄板稳定最小势能原理出发,首先设定临界力作用下的挠度表达式,使之满足箱形井塔薄板的位移或力的边界条件,然后依据整个矩形的板面积除去孔口部分的面积进行积分推演,导出最小势能原理在不同边界约束下开孔矩形薄板临界力计算公式。

2.With the principle of theminimum potential energy,an analytical solution for the lateral critical bucking lord of tied-arch bridges is studied.利用最小势能原理推导了肋拱桥结构在外荷载作用下侧倾稳定临界力的近似解析解。

3.In this paper, the bending problem of unbonded contact of beams on tensionless winkler foundations is investigated by sine series and principle ofminimum potential energy.利用正弦级数和最小势能原理,解答了无拉力Winkler地基上梁的脱离问题。

6)least potential energy theory势能最小原理

延伸阅读

弹性力学最小势能原理弹性力学的能量原理之一,它可表述为:整个弹性系统在平衡状态下所具有的势能,恒小于其他可能位移状态下的势能。其中可能位移是指满足变形连续条件和位移边界条件的位移,用来表示。整个弹性系统的势能∏的表示式为: 式中左侧为真实位移ui对应的势能;右侧第一项为弹性体中的应变能,u(εij)为应变能密度,εij为应变分量,Ω为物体所占空间;第二项为体积力构成的势能,fi为体积力分量;第三项为边界外力构成的势能,圴i为给定的面力分量,B2为给定外力的边界面,dB是B2上的面积微元;式中重复下标表示约定求和。最?∈颇茉砜尚次? ∏(ui)≤∏(),式中的等号只有在可能位移就是真实位移的情况下才成立。最小势能原理实质上等价于弹性体的平衡条件。它可作为弹性力学直接解法和有限元计算(见有限元法)的重要基础。

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