boundary conditions in Vietnamese

@Chuyên ngành kỹ thuật
-điều kiện biê

Sentence patterns related to "boundary conditions"

1. Antipodic boundary conditions (ABC), and linear displacement boundary conditions on both types

2. D1 and D2 are arbitrary constants determined by boundary conditions.

D1 và D2 là những hằng số tùy ý xác định bởi điều kiện biên.

3. Fluid pressure , flux, leaky and impermeable boundary conditions may be prescribed.

4. When the boundary conditions, the non objective business Acidly plan world

5. General boundary conditions are taken into account by a computer-oriented algorithm.

6. The Boundary conditions given in a linear perturbation step will not affect subsequent steps.

7. The boundary conditions were: Two isothermal walls at different temperatures, two horizontal adiabatic walls.

8. The convection and radiation as boundary conditions as well as latent heat were also considered.

9. The finite element representation of triangular prism and the treatment of boundary conditions ave described.

10. Deformed cubical and spherical RVE with periodic and Antipodic boundary conditions, one fourth is cut out

11. First, we impose Dirichlet boundary conditions in stead of the semi-infinite domain in one space dimension.

12. Derive the basic Buckling load of beams subject to uniform compression and di erent displacement boundary conditions

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

14. In the present paper the elastic analysis of structures with “unilateral contact” — and “friction” — boundary conditions is considered.

15. Biaxial loading of the mirrors is achieved by a combination of a uniform applied pressure and rectangular boundary conditions

16. Test 3 (Realistic_Aposteriori): Realistic case, nonlinear, degenerate with heterogeneous and anisotropic absolute permeability, mixed boundary conditions (Neumann + Dirichlet), discontinuous

17. The boundary conditions of the fixed end of the box girder are discussed and an illustrative example is hereby given.

18. The periodic/Antipodic boundary conditions require u+ −u−=H∙(x+ 0 −x − 0) (2) t+ + t−=0 (3) n+ 0

19. The non self-adjoint differential equation and boundary conditions are considered to have random field coefficients. The standard perturbation method is employed.

20. If Boundary conditions are applied to nodes in the interior of an adaptive mesh domain, these nodes will always follow the material

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

22. 1 day ago · Suppose you have a rod with Clamped-free (Clamped one the left, free on the right) boundary conditions

23. Ameba is being developed by Yi-Min Xie's teams.Users may, according to design requirements, apply different loading and boundary conditions to the initial design domain

24. Sensitive dependence on the initial and boundary conditions makes fluid flow irregular both in time and in space so that a statistical description is needed.

Sự phụ thuộc nhạy cảm vào các điều kiện ban đầu và các điều kiện biên làm cho dòng chảy chất lưu trở nên bất thường cả về thời gian và không gian vì vậy mô tả thống kê là cần thiết.

25. The jump conditions provide equations necessary for the study of shock and acceleration waves, and are also used to deduce the boundary conditions for the theory.

26. An area covering the singularity is cut from the strip, and is adjusted to the boundary conditions of the two-span plate with free longitudinal edges.

27. The EDA is an ensemble of 4D‑Var data Assimilations that reflects uncertainties in observations; atmospheric boundary conditions, such as sea-surface temperature; and the model physics.

28. Boundary conditions given within the model definition are always regarded as part of the base state, even if the first analysis step is a linear perturbation step

29. The electric field, equations of boundary conditions and calculation formula of apparent resistivity are derived for azimuthal anisotropy layered media with DC method based on anisotropic Ohm's law.

30. In this paper, the boundary singular kernel method in Reproducing Kernel Paicle Method has been applied to impose the essential boundary conditions in EFGM by revising the MLS shape function.

31. Convective Heat Transfer The second type of heat transfer to be examined is convection, where a key problem is determining the boundary conditions at a surface exposed to a flowing fluid

32. When solving approximately the differential equation for Kirchhoff plates by means of the principle of minimum potential (matrix displacement method) the geometrically imposed boundary conditions and the geometrical compatibility between adjacent elements must be satisfied.

33. An Axisymmetric analysis assumes that the geometry and all loads and boundary conditions can be expressed in the XY plane and this plane is then swept 360 degrees around the Y-axis to form the full model

34. Axisymmetric Analysis - A problem in which the geometry, loadings, boundary conditions and materials are symmetric with respect to an axis is one that can be solved as an Axisymmetric problem instead of as a three dimensional problem

35. 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

36. Course objective for students; To have a qualitative understanding of structural dynamics and Aeroelasticity, including the knowledge of what disciplines are involved; To know how to derive equilibrium equations or equations of motion, including boundary conditions, for idealized structural dynamics and Aeroelasticity

37. Rigorously, the modes become uncoupled only for the special cases of isothermal and adiabatic boundary conditions: approximately, however, they are uncoupled even in the general case if the analysis is confined to the lowest-order terms in the small dimensionless frequency associated with such problems.

38. 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.

39. Consequent to the free or self-supporting design of the floor system in the fuselage cell, the layout of the floor system, for example, the arrangement of seats or groups of seats, along an aircraft axis can be matched to customer specifications in a simple manner without reference to structural boundary conditions of the fuselage structure.