Sentence examples for and develop a numerical from inspiring English sources

In this article we discuss the thermodynamics and develop a numerical model of the FWEPT cooler.

We present a general model that incorporates self-diffusion and develop a numerical approximation.

We study these BC on the physical boundaries of the device and develop a numerical approximation to model an insulating boundary condition, or equivalently, a pointwise zero flux mathematical condition for the electron transport equation.

We define and measure injector-induced dispersion during PAGE, and develop a numerical model of band broadening sources, experimentally validate the numerical model, and then identify operating conditions (characterized through the Peclet number, Pe) that lead to microwell-geometry induced losses in separation performance.

We consider bifurcations which occur when complex eigenvalues also cross the imaginary axis and develop a numerical method which involves the addition of a new variable, namely the velocity of solutions drifting round the group orbit, and another equation, which has the form of a phase condition for isolating one solution on the group orbit.

This paper proposes an approach to overcome this difficulty and develops a numerical method accordingly.

Using the results of an experimental program with pullout-bending tests and developing a numerical strategy, an analytical bond stress slip relationship was obtained.

In this paper, the authors proposed and developed a numerical procedure in two steps, which has the advantage of decoupling the simulation of the blank forming and the stress analysis of the elastic tools.

This work presents results of experimental tests performed on the multibox deck shape of the Messina Strait bridge investigating vortex shedding phenomena and developing a numerical model to reproduce the vortex shedding forcing.

Verbruggen and colleagues [ 9] suggested an alternative approach and developed a numerical scoring system for the anatomic evolution of erosive and non-erosive hand OA.

This study attempts to identify the key factors that will make a tsunami warning system most effective, to develop a framework in which results of natural science and engineering research can be effectively integrated into coastal natural hazard planning, and to develop a numerical example that illustrates how benefit-cost analysis may be used to assess early warning systems.