Sentence examples for enclosure problem from inspiring English sources

Tressie McMillan Cottom, a sociologist who has spent several years studying for-profit colleges, calls it an "enclosure" problem.

This algorithm is demonstrated using the established two-dimensional inverse radiation enclosure problem.

This paper demonstrates a novel approach to solving inverse radiant enclosure problems based on distributed construction.

This paper presents the details of both methodologies, and demonstrates them by solving for the optimal heater settings in an industrially relevant radiant enclosure design problem.

Some coyotes do escape from these enclosures, creating problems for nearby landowners and possibly spreading diseases.

The preconditioned iterative solvers are tested for performance on heat transfer applications such as (a) convection in trapezoidal and square porous enclosure and (b) reaction diffusion problem, etc.

The strategy he used to cope with risk in the 1995 drought also illustrates the contemporary context of mobility used before enclosure to mitigate these problems.

England resolved its land problems by the enclosure movement, which drove the small peasants into the towns, consolidated landholdings, and promoted large-scale operation and private ownership.

The paper presents an explicit formulation of the radiative problem in gray enclosures.

The forward radiative heat transfer problem in irregular enclosures is solved by using the discrete ordinate method with a body-fitted coordinate system.

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.