Nghĩa của từ mixed boundary value problem for laplace's equation bằng Tiếng Việt

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-bài toán biên hỗn hợp đối với phương trình laplaxơ

Đặt câu có từ "mixed boundary value problem for laplaces equation"

1. We consider the first boundary value problem of the second order elliptic equation and serendipity rectangular elements.

2. The main feature of this technique is that the original boundary value problem associated with the differential equation is reduced to an algebraic eigenvalue problem.

3. Boundary (graph theory), the vertices of edges between a subgraph and the rest of a graph Boundary (chain complex), its abstractization in chain complexes Boundary value problem, a differential equation together with a set of additional restraints called the Boundary conditions

4. The general theory of solutions to Laplace's equation is known as potential theory.

Lý thuyết tổng quát của các nghiệm của phương trình Laplace được gọi chung là lý thuyết thế năng (potential theory).

5. Numerical methods of the singular boundary value problem for ODE system is studied in this paper.

6. Coerciveness inequality An inequality providing a lower bound for a certain bilinear form, or providing an upper bound for the norm of a solution of a certain elliptic boundary value problem, in terms of the coefficients of the elliptic equation and of the boundary data.

7. For such conductor the deep bar admittance obtained from the solution of Neumann's boundary value problem is known.

8. The mixed boundary value problem is transformed into a system of coupled Fredholm integral equations of the first kind, the kernels being the unknown surface stresses under the foundations.

9. (a) Specify under what conditions the electric potential inside a weakly Conductive material is a solutions to Laplace's equation

10. The Boundary looks like a white outline inside mixed …

11. The problem is one of word boundary ambiguity.

12. 17 The equation is impossible for any value of x greater than

13. 15 The equation is impossible for any value of n greater than

14. The optimal qualities of an algebraic equation corresponding to a self-adjoint homogeneous boundary-value-problem are symmetrical system-matrices, approximation functions without restrictions by boundary conditions, approximation of the eigenvalues from one side and reduction of the order. Combining Ritz's method with that of collocation, the optimal qualities are achieved to a high degree.

15. We consider initial boundary value problems for first order impulsive partial differential-functional equations.

16. The Addends in an addition problem are terms of the equation.

17. For non-self-adjoint boundary-value- and eigenvalue-problems of ordinary differential equations variational principles are presented that include the boundary conditions as well.

18. So that is one solution to our absolute value equation.

19. A free-boundary degeneracy as in the Saffman–Taylor problem is identified.

20. To this effect a linear problem with the same boundary-conditions is adjoint to the original nonlinear problem.

21. 18 The nonlinear finite element problem, the boundary value problems appearing in Kinetic theory of gases, elasticity and other applied areas are reduced to solving these equations.

22. 19 The last problem is to reduce an equation to its simplest form.

23. This paper deals with thecalculation problem of the boundary of manipulator dextrous workspace.

24. But local attorney Bill Risner raises a potential problem for Scott on the governance side of the conflict equation.

25. It's all the y values above the y value dictated by this equation.