The phrase "a solution corresponding" is correct and usable in written English.
It can be used when discussing a solution that is related to or matches a specific problem or condition.
Example: "We need to find a solution corresponding to the requirements outlined in the project brief."
Alternatives: "a solution related to" or "a solution that matches".
Another physicist (a Jesuit priest, as it happens) found a solution corresponding to an expanding universe born at some moment in the finite past.
A solution, corresponding to submerged injection of a swirling gas jet into a liquid, is obtained for inviscid gas flow together with the shape of the gas liquid interface (assumed to be sharp) near the stagnation point beneath the jet.
(13) to (18) always admits a solution corresponding to a minimal cost path.
Thus, we have a solution corresponding to each phase as follows: 1.
Indeed, a solution corresponding to the given data does possibly not exist, and even if the solution exists (uniquely) then it may not depend continuously on the data.
Although we have proven that any solution found using the unconstrained Lagrangian form is in fact a solution to the original constrained optimization problem, we have not proven that we can find a solution corresponding to a particular value for.
The values of for which BVP has a nontrivial solution are called eigenvalues of, and a nontrivial solution corresponding to an eigenvalue is called an eigenfunction.
For uniform and low inhomogeneity source distributions, the algorithm could obtain a unique solution corresponding to a global minimum for the objective function.
If is a nonempty set of characteristic values, then by a characteristic solution corresponding to the set, we mean a finite sum of characteristic solutions corresponding to values.
For helical springs, the numerical model is validated with an analytical solution corresponding to a Timoshenko beam approximation.
Since the embedding H ↪ L p + 1 is compact (see [14]), it is easy to prove that c > 0 is a critical value of K and w 0 a positive solution corresponding to c. □.
