Sentence examples for multiple connected domains from inspiring English sources

Multiple connected domains are considered with impenetrable and curved boundaries such that the circulation at each connected piece of boundary must be introduced.

Since these phenomena are described using biomedical reference ontologies, inferences can take the information contained in these reference ontologies into account to perform queries across multiple connected domains as well as distributed knowledge bases.

The analytical, multipole expansion based method of solution has been developed reducing the complicated primary periodic boundary-value problem for a 3D multiple-connected domain to an ordinary set of linear algebraic equations and providing, thus, its high numerical efficiency.

A proper choice of potentials and new results for their series expansions allow one to reduce the boundary-value problem for the multiple-connected domain to an ordinary, well-posed set of linear algebraic equations.

By using the properly chosen periodic potentials, the primary boundary-value problem stated on the multiple-connected domain has been reduced to an ordinary, well-posed set of linear algebraic equations.

The outstanding problem of finding a simple Muskhelishvili-type integral equation for stress problems on multiply connected domains is solved.

Hence, the implementation with a third-order Runge Kutta time discretization conserves energy and is L2-stable in the enstrophy norm for increasing time resolution in multiple connected curved domains.

A connected graph has only one connected component, that is, itself, while an unconnected graph has multiple connected components.

b d is calculated with the largest connected component if a network has multiple connected components.

Also the conducting parts are represented by several mutually separated connected domains, or by inclusions.

If a network has multiple connected components as does YEAST, we assume that an epidemic starts at a node in the largest connected component.