The phrase "a general solution that" is correct and usable in written English.
It can be used when discussing a solution that applies broadly to a range of problems or situations.
Example: "The researchers proposed a general solution that could be adapted to various environmental challenges."
Alternatives: "a universal solution that" or "a comprehensive solution that".
The International Commission on the Balkans proposes a general solution that is admirable in its detail and its directness.
An architectural framework is a general solution that can be instantiated for a particular domain-specific application.
This refined model better predicts the effective moduli of honeycombs with low relative densities and represents also a general solution that can be reduced to predict the effective mechanical properties of regular honeycombs with straight walls.
A general solution that incorporates the most recent observation in the proposal distribution using a multiscale elastic matching-based optical flow algorithm is proposed.
One general solution that addresses all of these problems is to hold that a prototype constitutes just part of the structure of a concept.
Equation 8 represents the general solution that is obtained in the finite element analysis after solving the assembled matrices defined in Equation 7.
In the aforementioned notations we derived the general solution that allows for paternal and maternal ancestries to be different from each other, which is suitable for applications of inference of parental locations or grandparent locations.
It was a satisfying general solution that proved to be elusive, and which drove the conversation into its second week.
It is clear from formulas of the integral representation of the general solution that these theorems claim actually the positivity of all elements of Green's matrix.
The study presents and examines a general solution methodology that obtains an estimated global optimum for combinatorial optimization problems with components of uncertainty.
We describe a general solution strategy that has two basic building blocks: an implicit time integrator using a stabilized trapezoid rule with an explicit Adams Bashforth method for error control, and a robust Krylov subspace solver for the spatially discretized system.
