Sentence examples for more general practical from inspiring English sources

Promoted by [7] and [10], we would change the problem in [20] to make it more complicated so that it could describe more general practical engineering problems.

While these advances using liquid electrolytes are fundamentally important (and use of the torsional muscles in a microfluidic circuit was demonstrated) [1], more general practical utilization is restricted by the use of a liquid electrolyte bath and the associated need for a containment system, which dramatically degrades the gravimetric and volumetric performance of the overall actuator device.

The actuator faults are presented as a more general and practical continuous fault model.

We have extended their work by introducing several parameters (user propagation weight, decay factor, and content interestingness) to provide a more general and practical information diffusion model.

We used the three important parameters (user propagation weight ω, content interestingness ϕ, and decay factor γ) to establish a more general and practical information propagation model.

Kim [10] extended this epidemiological model by introducing several parameters (user propagation weight, content interestingness, and decay factor) to provide a more general and practical information diffusion model.

In this paper, we consider a more general and practical network model, in which multiple sources and destination pairs share radio resources from a set of relays.

Recently, Kim [10] extended this model by introducing several parameters (user propagation weight, content interestingness, and decay factor) to provide a more general and practical information diffusion model.

The proposed new correlation provides a more general and practical base for estimating the projection distance of horizontally oriented buoyant turbulent jet diffusion flames.

For more general and practical conditions in engineering, fluid flow is in an intermediate state and it often impinges the tubes with an oblique angle as a result from duct or heat mass exchanger structures.

In an effort to develop a more general and practical approach to this problem, a simplified step by step analytical procedure is proposed for the calculation of the axial load capacity of CFDST columns subjected to any given time temperature (fire) curve.