- 更多网络例句与虚位移相关的网络例句 [注：此内容来源于网络，仅供参考]
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The definitions of intrinsical linear nonholonomic constrain and intrinsical nonlinear nonholonomic constrain are put forward in this paper. The nonholonomic systems are divided into intrinsical linear nonholonomic system and intrinsical nonlinear nonholonomic system.The rational spectrums of all kinds of virtual displacement definitions and commutativity of d,?
本文研究了非完整动力学中使不定性问题确定化的交换关系和将非线性问题线性化的虚位移定义，首次证明并给出了在非完系统中各种虚位移定义与交换关系的合理适用范围，指出完整动力学与本质线性非完整动力学在研究方法上具有相同性。
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By using the GUI program, the user can deal with practical problem conveniently: soil space distributing, soils parameter; having or no water and water distribution, loads distribution and values; earthquake condition; start element of KEM; pointing out the elements which displacement should be known and the displacement value.
编制的图形用户界面程序能使用户方便地在图形界面下，按照菜单和对话框的提示，人机交互输入KEM土体极限分析需要的所有资料：土体的空间分布情况，各土层的土体参数，有无地下水以及地下水的水位分布情况，外荷载的分布及大小，地震情况，划分初始的KEM土体单元，指定需要施加虚位移的土体单元及与其相应虚位移的大小。
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The element stiffness matrix of this variable section beam is derived based on principle of virtual displacement.
对圆锥形变截面梁单元进行了分析，采用有理函数的位移模式，利用虚位移原理，推导出该变截面梁单元的刚度矩阵
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Based on the variational principle of virtual voltage and virtual displacement derived in this thesis and the classical theory of linear laminated plates, and by using the constitutive equations of elastic piezoelectric materials, and the DKQ quadrilateral plate bending element, the finite element modeling for the fabric reinforced laminated plates with nonlinear voltage-electric strain relationship of piezoelectric actuators has been established for the first time in this thesis. And the expressions for the electric loadings with obvious mechanical meaning and convenient for computation are established, which can be used to the deformation analysis of laminated plates with piezoelectric actuators under specified voltages.
以本文直接导出的压电结构的虚电势—虚位移变分原理为基础，依据经典线性层合板理论和压电弹性体的本构方程，采用基于离散法线假设的DKQ四结点任意四边形薄板弯曲单元，首次建立了考虑非线性电压—电应变关系的含压电致动器的纤维增强型层合板的有限元分析模型，并推导建立了力学意义明确、便于计算的电荷载表达式，可用于指定电压条件下纤维增强型叠层合成板的变形分析。
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Based on definition of strain energy function,increment formula of stationary potential energy of finite displacement theory were derived in terms of Kirchhoff stress tensor and Green strain tensor.
基于有限位移理论应变能密度函数的定义，利用Kirchhoff 应力张量和Green应变张量，推出了非线性分析中增量形式的势能驻值公式，并证明了由势能增量驻值原理得到的增量平衡方程形式与由虚位移原理所得的结果完全一致。
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The principle of the minimum potential energy Because the virtual displacement is very small, the value and the direction of the external forces can be regarded as invariable during the virtual displacement, and only its acting points are changed.
三 极小势能原理由于虚位移是微小的，因此在虚位移的过程中，外力的大小和方向可以当做保持不便，只是作用点有了改变。
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Based on the Reddy′s higher order shear deformation theory , geometrically nonlinear governing equations and their boundary conditions of composite laminated plates are obtained in the form of displacements by the virtual displacement principle.
根据 Reddy的高阶剪切变形理论，用虚位移原理推导出以位移形式表达的复合材料层板的非线性控制方程及相应的边界条件。
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The relation between deformation and displacement,the equilibrium equation and the princi pie of virtual displacement for straight bar s in plane banding is derived.
本文推导出直杆平面弯曲时的变形与位移关系式、平衡方程和虚位移原理。
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Virtual speed* virtual time = virtual displacement (exists in virtual space-time).
虚速度＊虚时间＝虚位移。
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In the sense of Von Karman large displacement, the governing equation of nonlinear dynamic response of the clamped circular plates under impact of a mass is established by using the virtual displacement principle and Galerkin's method in this paper. The effect of coupling between the impact load and the displacement of. the circular plates is considered. The governing equation is solved by applying the time increment method and the singular perturbation theory, and the asymptotic solutions of nonlinear dyna...
本文在Von Kármán大位移的意义上，利用虚位移原理伽辽金方法建立了圆板在物体撞击下的非线性动力响应的控制微分方程，在研究响应问题时，考虑了冲击载荷与圆板位移响应之间的耦合影响，文中使用时间增量法和奇异摄动理论求解问题的控制方程，获得了固支圆板非线性动力响应的近似解，并且求解了具体算例，绘出了圆板位移、应力响应曲线以及冲击力随时间的变化曲线。
- 更多网络解释与虚位移相关的网络解释 [注：此内容来源于网络，仅供参考]
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fabricate displacement：虚位移
置换变形:displacement | 虚位移:fabricate displacement | 大位移:large displacement
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principle of virtual displacement：虚位移原理
principle of superposition 重疊原理 | principle of virtual displacement 虛位移原理 | principle of virtual work 虛功原理
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principle of virtual displacement：虚位移道理
principle of superposition 迭加道理 | principle of virtual displacement 虚位移道理 | principle of virtual work 虚功道理
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virtual displacement：虚位移
只因在力学的虚功原理[ ] 中, 虚位移(virtual displacement) 确是假设的, 或称假想的. 所以日本人在很早以前就把虚功 (virtual work) 译为 "假想仕事", 虚位移则译 "假想变位". 这个 "假想" 本来只用于虚功原理. 可是,
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virtual displacement：虚位移 本文来自:博研联盟论坛
virtual 虚的 本文来自:博研联盟论坛 | virtual displacement 虚位移 本文来自:博研联盟论坛 | virtual genus 假狂 本文来自:博研联盟论坛
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virtual displacement：假位移,虚拟排水量,虚位移=>仮想変位
virtual device 虚拟装置 | virtual displacement 假位移,虚拟排水量,虚位移=>仮想変位 | virtual displacement diagram 仮想移動図
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virtual displacement field：虚位移场
virtual displacement diagram 仮想移動図 | virtual displacement field 虚位移场 | virtual duration 假想持续时间
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virtual displacement diagram：仮想移動図
virtual displacement 假位移,虚拟排水量,虚位移=>仮想変位 | virtual displacement diagram 仮想移動図 | virtual displacement field 虚位移场
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method of virtual displacement：虚位移法
method of vibration cavitation erosion test 振动空蚀试验方法 | method of virtual displacement 虚位移法 | method of virtual work 虚功法
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virtual focus：虚焦点
virtual displacement 虚位移 | virtual focus 虚焦点 | virtual geomagnetic pole 虚地磁极