The phrase "allow for the solution" is correct and usable in written English.
It can be used when discussing the need to consider or make provisions for a particular solution in a given context.
Example: "In our analysis, we must allow for the solution that best addresses the needs of our clients."
Alternatives: "make room for the solution" or "consider the solution".
We present a series of model simplifications that allow for the solution of the model.
The mathematical foundations presented allow for the solution of field problems by means of geometric construction principles.
As such, great effort has been invested in new methodologies which allow for the solution of larger and more complex problems of this nature.
Combined with a matrix-free Newton Krylov solver, these preconditioners allow for the solution of DG systems in linear time in p per degree of freedom in 2D, and reduce the computational complexity from O p9) to O p5) in 3D.
One drop of a sucrose solution (35 g sucrose, ≥99.5 %, Sigma Aldrich, Dorset, in 20 ml deionized water) was added to ~0.5 cm2 of paper sample and left for 3 min to allow for the solution to penetrate into the sample.
To allow for the solution containing ISRIB to diffuse from the tip of the cannula into the tissue, the microinjector stayed in the cannula for one additional minute.
The proposed parametrization of the integral surface allows for the solution with the more general Robin boundary conditions, and allows for high-order approximations to derivative boundary conditions.
The non-linear differential equations are cast into matrix equations by applying the Bubnov Galerkin weighted residual method, allowing for the solution of the differential equations numerically.
A velocity strain formulation is used, which allows for the solution of the acoustic and elastic wave equations within the same unified framework.
The proposed approach allows for the solution of global output tracking problems: (i) for relative degree one systems with output dependent uncertainties; (ii) for nonlinear systems with matching uncertainties.
A very useful tool for this purpose is the numerical simulation of oil reservoirs, which through the application of numerical methods allows for the solution of complex differential equations by nature.
