Sentence examples for constraints of existing from inspiring English sources

"But given the scale of the demand for school places, the physical constraints of existing school buildings – many of which are already full – and funding shortfalls, boroughs still face a huge challenge.

Retrofitting a large airliner with electric motors instead of engines would not be feasible because the power-to-weight ratio of an electric motor cannot compete with that of a jet engine, and storing and generating the energy needed for a long-haul flight would not be possible given the shape and size constraints of existing aircraft.

The topological structures, motion characteristics, and design constraints of existing DC gear motors are defined.

The definition of the antenna shape is guided by the analyses with constraints of existing hardware layouts.

In the fourth style, owner-managers deal with routine and unexpected problems, thus the need to search for new solutions, however within the constraints of existing resources.

The findings from the case study analysis show opportunities but also constraints of existing planning tools to strengthen adaptive urban governance.

On the other hand, proponents of a greater role for the private health sector argue that given the resource-constraints of existing health systems, a more realistic approach to improving access to care is to acknowledge and build upon the opportunities and resources of an already operational private health sector [10] [12].

The proposed corrections span a wide array of changes to the model including relaxation of the irreversibility constraints on existing reactions in the model, adding new reactions, compounds or genes to the model, modifying the biomass equation, changing the GPR associations and medium-specific regulatory constraints.

Necessary and sufficient stability constraints for existing of such controller at certain operating point are derived via Routh–Hurwitz criterion.

Every engineer loves greenfield development because it allows them to explore the terrain without having to deal with the trade-offs, constraints and messiness of existing code.

In this paper, an optimum design technique is developed which can be applied to bridge decks based on FRP materials with more complex objective functions and constraints than those of existing materials.