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 复杂边界条件 在 力学 分类中 的翻译结果: 查询用时：0.037秒
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 复杂边界条件
 complex boundary conditions
 Simulations of Three-Dimensional Turbulent Flow with Complex Boundary Conditions 复杂边界条件下的三维紊流数值模拟研究 短句来源 Algorithm above has been implemented in finite element program DDJ-W, and can analyze non-linear random response of 3-D structure which has complex boundary conditions under earthquake excitation. Practical bridges of engineering are calculated and the results are reasonable. 以上的算法已在有限元分析软件DDJ—W中实现，可以处理具有复杂边界条件的三维结构在地震激励下的局部非线性随机响应分析，并计算了工程中的实际桥梁，得到了比较合理的结果。 短句来源 This paper gives a new analytical solution of the free vibration of an arbitrary-shaped plate with complex boundary conditions. 本文给出了复杂边界条件下任意形状板的自由振动分析的一个新的解析解法。 短句来源 Problems dealing with a body having complex boundary conditions can be solved by means of the state-parted variational principle of energy. 最后,说明了分态能量变分原理在计算具有复杂边界条件薄板问题中的应用。 短句来源
 complicated boundary conditions
 A bending of rectangular plate with complicated boundary conditions is calculated by use of the potential energy principle with mixed variables of plates. 应用该势能原理计算了一复杂边界条件矩形板的弯曲。 短句来源 All above conclusions may be used to investigate the two-dimension thermal stress with complicated boundary conditions and the three-dimension thermal stress problems furthermore. 本文的研究成果为进一步研究复杂边界条件下的平面热应力问题及三维热应力问题提供了基础。 短句来源 Meanwhile,the bending of a rectangular plate with complicated boundary conditions is calculated by the principle of minimum potential energy with mixed variables. 同时,应用混合变量的最小势能原理于计算一复杂边界条件矩形板的弯曲。 短句来源 The calculation results are compared with those from difference methods. It is reckoned that the discontinuous finite element method has advantages in solving hydrodynamic problems with complicated boundary conditions or a domain with a complicated boundary. 计算结果与差分方法计算结果比较,认为间断有限元方法在求解复杂边界条件和区域问题上有一定的优势. 短句来源 The present method is applicable to complex eigenvalue problems of non-conservative rods with internal elastic supports and complicated boundary conditions. 此外,该方法还能求解复杂边界条件下具有多个弹性支承的非保守弹性杆的复特征值问题。 短句来源
 “复杂边界条件”译为未确定词的双语例句
 Applications of the Reciprocal Theorem to Solving the Equations of the Deflection Surface of the Rectangular Plates with Various Edge Conditions 应用功的互等定理求解具有复杂边界条件的矩形板的挠曲面方程 短句来源 Research on streamline distribution of flow through porous media with complex boundary 复杂边界条件下渗流场流线分布研究 短句来源 An Implicit Scheme for Incompressible LBGK Model and Analysis on Complex Boundary Processing 隐格式的不可压LBGK模型及复杂边界条件分析 短句来源 The generalized displacement solution almost included all the solutions of the problem of elastic stability for rectangular plates with different boundary condition under uniform distributed in-plane forces. 弹性矩形薄板稳定问题的广义位移解基本上涵盖了各种边界条件矩形板（包括复杂边界条件矩形板如具有一个或一个以上悬空角点的矩形板）在均布纵向载荷作用下的稳定问题的解。 短句来源 In 1999, the author has already formed a primary "wholesale computing methods", including the jointing boundary conditions into our calculating domain and letting no blind points in our simulations. 作者1999年在硕士论文中对复杂边界条件作了许多推敲，形成了全域计算的初步的思想，让搭接的边界条件包含进计算域中，使得计算中没有盲点。 短句来源 更多

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 complex boundary conditions
 A computational algorithm is proposed that realizes a two-fold FDTD calculation scheme and allows the calculation of wave processes in problems with arbitrary complex boundary conditions. The transient coupled radiative and conductive heat transfer in a semitransparent composite under the complex boundary conditions is investigated by the ray tracing method in combination with Hottel's zonal method and the control-volume method. A method of constructing a solution of the heat-conduction equation with complex boundary conditions Finite element analysis of the impact-echo testing at a concrete slab with complex boundary conditions However, complex boundary conditions or irregular shapes of the structure members cause complication in impact-echo measurements. 更多
 complicated boundary conditions
 The temperature field in the optical window of a space camera is calculated with complicated boundary conditions. It is proposed to solve the heat conduction equation with complicated boundary conditions using the notion of R-functions. The bending of the thin elastic semicircular plates, because of its complicated boundary conditions, brings some difficulties, for us to obtain its solution. The numerical method is suitable to the situation of constant depth of outer regions and complicated boundary conditions of inner region, while the oscillating modes, motion amplitudes and phases of the cylinders may be different from one another. Usually, it is very difficult to solve the equation for general problems, especially those with complicated boundary conditions. 更多
 arbitrary boundary condition
 A general formula is given for the scattering amplitude of scalar plane waves under an arbitrary boundary condition. In this paper, the general solution is obtained for free vibration of nonlinear deformation ring-and stringer-stiffened cylindrical shell with arbitrary boundary condition by step reduction method[1]. In this paper, the exact analytic method is suggested to solve variable coefficient differential equations under arbitrary boundary condition. It can be applied to solve nonpositive definite or positive definite partial differential equation with arbitrary variable coefficient under arbitrary boundary condition.
 In the theory of thin plates, the bending of cantilever rectangular plates has long remained one of the most difficult problems in this field of study As a consequence, the solution now available are all limited to the approximate ones. To mention the authors who have solved this noted problem, there are: L. V. Kantorovich, D. L. Holl, W A. Nash and H. J. Plass, Jr., et. al. The methods they used are either variational methods or the method of difference. In this paper it is attempted to get an exact solution,... In the theory of thin plates, the bending of cantilever rectangular plates has long remained one of the most difficult problems in this field of study As a consequence, the solution now available are all limited to the approximate ones. To mention the authors who have solved this noted problem, there are: L. V. Kantorovich, D. L. Holl, W A. Nash and H. J. Plass, Jr., et. al. The methods they used are either variational methods or the method of difference. In this paper it is attempted to get an exact solution, which satisfies both the differential equation and the complicated boundary conditions including the free corners. 在薄板理论中,悬臂矩形板的弯曲,长期以来是个难题,因而,现有的解均属于近似解,如列出几位曾解过这问题的作者,可提到L.V.Kantorovich,D.L.Holl,W.A.Nash,H.J.Plass,Jr.等.他们所用的方法为变分法或差分法.本文将作出一个精确解.它满足微分方程及复杂的边界条件,包括自由角点条件.在我们的方法中,用了叠加法及广义简支边这概念.它的特点是:沿边各点的弯矩为零,但挠度是存在的,因而要满足自由边的条件.只须消除剩余的剪力.顾及自由角点的位移,只须叠加符合要求的一些简单的弯曲面方程.所得的结果与近似解很好地核对,充分证实了现在这解是正确的. This paper points out that on certain condition the reciprocal theorem is equivalent to the superposition principle of displacements. On the basis of ref. [ 6 ], applications of the reciprocal theorem are further extended, then a convenient, general and new method is presented for solving the equations of deflection surface of the rectangular plates aad the straight beams with various edge conditions under various loads. 本文指出,在一定的条件下,功的互等定理等价于位移叠加原理.在[6]的基础上进一步推广了功的互等定理的应用,因而为求解在复杂受力情况下,具有复杂边界条件的矩形板和直梁的挠曲面方程提供了一个简便、通用的新计算方法. In this paper, a new mixed variational principle of energy in linear elasticity the state-parted variational principle of energy is presented.If an elastic body with complex surface S is in static equilibrium, Let the part Su1 transform into Sσ1 and the part Sσ1 into Su1. The body having the surface is called the BASIC SYSTEM of the original body.Let us divide the state of the basic system into two sub-states called sub-states (1) and (2).Let us consider the sub-state (1) having potential energy and the sub-state... In this paper, a new mixed variational principle of energy in linear elasticity the state-parted variational principle of energy is presented.If an elastic body with complex surface S is in static equilibrium, Let the part Su1 transform into Sσ1 and the part Sσ1 into Su1. The body having the surface is called the BASIC SYSTEM of the original body.Let us divide the state of the basic system into two sub-states called sub-states (1) and (2).Let us consider the sub-state (1) having potential energy and the sub-state (2) having complementary energy and define the energy H. The functional of the state-parted variational principle of energy are as following: + H and so on.Problems dealing with a body having complex boundary conditions can be solved by means of the state-parted variational principle of energy. 本文提出了线弹性体力学的一类混合能量变分原理——分态能量变分原理。 文中首先定义了对弹性体施行边界变换以后获得的基本体系状态,然后把基本体系状态分解成两个子状态。对这两个子状态分别建立位能泛函和余能泛函,并定义两子状态之间的附加能量。从而可以构造出一族分态混合能量泛函。除了详细地论证了三种典型的分态能量变分原理以外,文中还列出了分态能量泛函的其它一些形式。 最后,说明了分态能量变分原理在计算具有复杂边界条件薄板问题中的应用。 << 更多相关文摘
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