Sentence examples for boundary condition problems the from inspiring English sources
This paper is an examination of a simple fluid-structure interaction problem in which a technique for solving time dependent boundary condition problems, the Boundary Operator Method (BOM), is used to gain further insight into fluid-structure response characteristics.
This simulator scheme considers the issues of fetching and converting sensors data to model inputs and obtaining suitable initial values for the boundary condition problem in the numerical integration.
Under the Neumann boundary condition, the problem of the role of the nonlinear p-Laplace ( p > 1 ) item in the stability criteria for fuzzy stochastic p-Laplace PDEs with probabilistic delays still remains open and challenging.
Under the Dirichlet or Neumann boundary condition, the problem of the role of the nonlinear p-Laplace ( p > 2 or p > 1 ) item in the stability criteria for PDEs still remains open and challenging.
A very frequently applied boundary condition in problems involving modelling the dynamic behaviour of beams and panels is a simple support.
The investigation of the importance of the LV pressure boundary condition on the problem of estimation of diastolic proprieties is developed as follows.
By changing the boundary condition, the boundary value problem given on the random domain can be transformed into a boundary value problem on a fixed domain.
The inverse boundary condition estimation problem in radiating enclosures involves the solution of an ill-posed system that requires regularization to obtain a reasonable physical solution.
In this paper, the boundary element method is applied in order to find an improved numerical solution for a boundary value problem with a nonlinear boundary condition, namely the two-dimensional problem of the compressible fluid flow around obstacles.
According to the successful experience of the Dirichlet boundary condition for the exterior problem, we extend our approach to the Neumann boundary condition, as shown in Figure 5(b), (312).
The main reason for this is that the boundary conditions in problems (1.1) and (1.2) are different.
