The phrase "approach we solve" is not correct in written English.
It seems to be an incomplete or unclear expression that lacks proper grammatical structure.
Example: "In our project, the approach we solve complex problems is through collaboration and innovative thinking."
Alternatives: "method we use" or "strategy we employ".
To demonstrate the efficiency and robustness of this approach, we solve blow-up problems in a 3D chemostat domain.
In the first approach we solve the governing equations numerically as a second-order system (SOS) using a conservative finite-difference approximation.
To demonstrate the benefits of the suggested collaborative problem solving approach, we solve the diagnostic problem of a stirred-tank reactor system with recycle.
Second, using a combinatorial approach, we solve the problem of sensor placement that maximizes the localization of pipe failures by selecting $m$ sensors out of which at most $e$ give incorrect outputs.
To demonstrate the approach, we solve for all ground states for a binary alloy in a 2D hexagonal lattice both with and without an interface, based on pairwise interactions.
Following the standard approach for estimating the above problem via the finite difference approach, we solve the mathematical formulation given in Eq. (16) by imposing a uniform grid on the (t,y) domain.
Different from existing approaches, we solve this problem in a distributed way.
To validate the usefulness of the developed approaches, we solved some benchmark topology optimization problems and found that the present method provides physically appropriate layouts with stable optimization convergence.
By resorting to a finite elements approach, we numerically solve the nonlinear equations that rule the pollutants migration: a good agreement is found between the simulated profiles and the experimental data.
To properly test the proposed approach, we start solving a series of severe one-dimensional tests.
To test the optimality of the solutions obtained by our approach, we also solved the maximizing reliability problem using two competing methods, the GA and classical BPSO algorithm.
