Sentence examples for equations for solving from inspiring English sources

The business models behind PlayPumps and LifeStraw may be lifesaving equations for solving the water crisis in the developing world.

Zhdanov and Gogoleva [26] studied augmented regularized normal equations for solving LSE problems.

In this section, we apply the proposed method in "2D linear fuzzy Fredholm integral equations" for solving two examples.

The Lagrange-multiplier method with the adjoint equations for solving the gradients is used in this method.

In a previous work [2], we considered a numerical scheme developed by Jain and his co-authors [3] (henceforth referred as Jain's scheme) for quasilinear parabolic partial differential equations for solving the European pricing problem for equity derivatives.

Employing the weighted residual method and implementing Clenshaw Curtis quadrature, coefficient matrices of equations' system are converted into diagonal ones, which results in a set of decoupled ordinary differential equations for solving the whole system.

The numerical model is based on Richards' equation for solving water flow, and the advection dispersion equation for solving solute transport.

A boundary integral equation for solving both bounded and unbounded Robin problem in multiply connected regions is presented.

A matrix equation for solving the system resonance frequencies and loss factors is obtained by using the Rayleigh-Ritz method.

We also present an efficient, practical nonlinear multigrid method – comprised of a standard FAS method for the Cahn Hilliard equation, and a method based on the Vanka-type smoothing strategy for the Navier Stokes equation – for solving these equations.

The Mathematical Programming Neural Network (MPNN), on the other hand, has a dynamic equation for solving the optimization problem, does not involve training, and therefore, it takes less amount for computations.