Sentence examples for function boundary from inspiring English sources

In this paper, we discuss the approximate solution of the second-order fuzzy linear differential function boundary value problem.

Numerical examples are treated where the responses of the string to delta and step function boundary loads are obtained.

Some new differential expressions of eigenvalues with respect to an endpoint, a coefficient, the weight function, boundary conditions, and transmission conditions, are given.

If we consider a protection system implementation in IEC 61850 for testing using a top-down approach, we will start with the definition of the function boundary.

The function boundary for each of these tests is different and will require a different set of stimuli from the test system, as well as monitoring of the behavior of functional elements using different signals or communications messages.

In the case of protection system it means that it will not only monitor the operation of the system at its function boundary, but also monitor the exchange of signals between different components of the system.

The challenge is to merge the effects from different basic blocks and across function boundaries.

Factors affecting the dual consistency, such as the solution point distribution, correction functions, boundary conditions and the discretization approach for the non-linear flux divergence term, are studied.

Analogously to this, the Dirichlet problem for H λ -regular functions, boundary value of which is a given complex value vector function, is also overdetermined, and we have therefore to consider new boundary conditions.

A simple lesson learned is that a functioning boundary organisation needs to be persistent; more precisely, to adopt an informed, supportive, flexible and adaptive approach.

A mixed mode function-boundary element method is developed to solve the transient dynamics of the system in terms of the time histories of the beam displacement responses and water pressure.