The phrase "a method of solution" is correct and usable in written English.
It can be used when discussing a specific approach or technique to solve a problem or address an issue.
Example: "In mathematics, there are various methods of solution for solving quadratic equations, including factoring and using the quadratic formula."
Alternatives: "a solution approach" or "a solving method".
As a method of solution, the splitting technique and the modified finite element method with linear shape functions are used.
A method of solution that extends to the case of curved laminated structures the traditional approach developed by Newmark et al.
The question needs to be open-ended enough so that it does not restrict creativity, or imply a method of solution, but it has to be defined sharply enough so that someone who doesn't understand your whole mission can still solve your specific problem.
A method of solution is suggested, with the aid of the so-called transport integral, which converges to the uniform steady-state distribution, consistent with the physical conception of the course of the mixing process.
In the vortex particle method, in particular, one uses Gaussians of very small spread, which lead us to formulate a method of solution consisting of localization of the global problem, and improvement of solutions over iterations.
"Only where there's a method of solution [a "logical method for finding a solution"] is there a [mathematical] problem," he tells us (PR §§149, 152; PG 393).
We present a method-of-lines solution procedure for modelling charge transport and recombination in organic light-emitting diodes operating in the trap-free space-charge-limited regime.
This paper proposes a method of lines solution procedure with time and space adaptation for one-dimensional systems of partial differential equations whose solutions display steep moving fronts.
By giving some definitions and discussing some properties of fuzzy random variable, we design a method of solving solution sets of fuzzy random multi-objective programming problems.
Beginning with receptance methods which have been applied to periodic beams and rib-skin structures, it continues with a method of direct solution of the wave equation.
These solutions have been obtained using CAVEAT, a three-dimensional arbitrary Lagrangian/Eulerian (ALE) hydrodynamics code that employs a Godunov method of solution with an approximate Riemann solver.
