Nghĩa của từ boundary value bằng Tiếng Việt
@Chuyên ngành kỹ thuật
-giá trị biê
Đặt câu có từ "boundary value"
1. We consider initial boundary value problems for first order impulsive partial differential-functional equations.
2. The method is conventional in treating boundary value and delimitation and easy in programming.
3. The encountered two-point boundary value problems are solved with the method of multiple shooting.
4. The results agree with those reached in the solution of the specific boundary value problems considered.
5. Numerical methods of the singular boundary value problem for ODE system is studied in this paper.
6. We consider the first boundary value problem of the second order elliptic equation and serendipity rectangular elements.
7. For such conductor the deep bar admittance obtained from the solution of Neumann's boundary value problem is known.
8. The analytical solution of these problems generally require the solution to boundary value problems for partial differential equations.
9. Subroutine PLTMG is a Fortran program for solving self-adjoint elliptic boundary value problems in general regions ofR2.
10. He also worked on the theories of boundary value problems, probability, and on the topology of algebraic curves and surfaces.
11. The Lobatto collocation method is modified for efficiently solving linear boundary value problems of differential-algebraic equations with index 1.
12. The selection of classes typically follows the principle of equivalence partitioning for abstract test cases and boundary-value analysis for concrete test cases.
13. For non-self-adjoint boundary-value- and eigenvalue-problems of ordinary differential equations variational principles are presented that include the boundary conditions as well.
14. Secondly by using this non-existence result, blow-up estimates for above p-Laplacian systems with the homogeneous Dirichlet boundary value conditions are obtained.
15. 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.
16. In order to obtain the completely general boundary value solution, complex series and adjoint differential forms are also employed to handle inhomogeneities in the governing DEQ.
17. 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.
18. 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.
19. After solving the non-self-adjoint boundary value problem, various shapes of characteristic curves are found showing that other stability constraints should be taken into account to reach an optimal solution.
20. 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
21. 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.
22. 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.