Sentence examples for equations is defined from inspiring English sources

Further, Lagrangian which is generate fractional Nambu equations is defined.

A class of "fully-Lagrangian" methods for solving systems of conservation equations is defined.

In this paper Lipschitz stability of solutions of nonlinear non-instantaneous impulsive differential equations is defined and studied.

In this paper the strict stability of nonlinear nonautonomous Caputo fractional differential equations is defined and studied using continuous Lyapunov functions.

The mathematical form of the potential equations is defined as E REBO = V R r ij − b ij V A r ij, Open image in new window (1).

The system of equations is defined using the mass and momentum conservation equations, allowing the resolution of hydraulic jumps where energy conservation arguments are not valid.

All equations are defined for gas pressure.

The basic equations were defined by assuming that the vehicle moves in a uniform straight line.

The state evolution equations are defined using a constant velocity model (2).

In all experiments, the Boussinesq equations are defined on the convex domain (Omega=[0,1]times[0,1]).

These equations are defined in terms of geometric characteristics and aeration efficiency (oxygen transfer rate/input power).