Sentence examples for continuous governing from inspiring English sources

With the Galerkin truncation method, a set of nonlinear ordinary differential equations are derived by discretizing the continuous governing equation.

The primary branch modes are good approximations, in terms of both structure and frequency, to corresponding modes of the continuous governing equations, and offer some improvements over a quadrilateral C-grid scheme.

The Council, with committees (ministries) on Foreign Affairs, Treasury, Defense, Justice and the Interior (Police), was able to interpret existing laws in the sphere of administration, and provided the Commonwealth with a continuous governing body that operated between the Sejms and was not affected by the liberum veto.

It is generally known that in the theory of population dynamics, there are two kinds of mathematical models: the continuous models governed by differential equations and the discrete models governed by difference equations.

Therefore, their behavior can be averaged and modeled by continuous variables governed by deterministic rate laws (Chassagnole et al. 2002).

The defined novel continuous problem governed by PDEs is solved using space-discretization and the method of multiple time scales.

MILP refers to a mathematical programming with discrete and continuous variables governed by linear equations in objective function and model constraints.

In the deterministic SEICWH model, the state of the population x t) becomes a continuous variable governed by a set of ordinary differential equations (given in Text S3) that can be obtained by the large population limit of the stochastic process (Kurtz, 1971).

Denote the stability region (region of attraction) [15] of a post-fault system around its stable equilibrium by (A(x^e) equiv {x|lim _{t rightarrow infty } psi ^d x,t)=x^e}), where (psi ^d x,t)) is the post-fault continuous-state governed by (5) initiated at x.

This equation is the limiting equation that governs continuous time random walks with heavy tailed random waiting times.

The droplet-laden shear layer, separating a hot-air stream from a monodisperse spray-laden air stream, is modeled by the Eulerian-Lagrangian approach, in which the continuous phase is governed by the compressible Navier-Stokes equations together with species transport equations and the discrete droplets are tracked by the Lagrangian method.