"more accurate solutions" is correct and can be used in written English.
It can be used to suggest that there are alternative solutions that are more exact or precise. For example: "By exploring different approaches, we may be able to find more accurate solutions to this problem."
In order to obtain more accurate solutions, a dynamic searching step length updating strategy is proposed.
In addition, an adaptive searching step length adjustment mechanism is proposed to capture more accurate solutions.
The final aim is to give a roadmap of the more accurate solutions, since the ground truth is exactly known.
Optimal solutions obtained using an adaptive domain reduction strategy produce more accurate solutions than a single iteration strategy.
The governing differential equations of UTSDT are of similar complexity as that of TSDT but it yields more accurate solutions.
With that, one obtains more accurate solutions and decreases the number of computations compared to classic methods.
This gain in efficiency can be spent on a higher resolution for more accurate solutions at a lower cost.
Most of the optimizers reach similar optima, but the gradient-based methods converge to more accurate solutions at a much lower computational cost.
Four different basis functions of radial basis function (RBF) surrogate model are adopted for achieving more accurate solutions for structural optimization and reliability analysis.
It manifests that our theoretical prediction is in excellent agreement with the experiments, demonstrating the necessity to adopt the finite deformation model to acquire more accurate solutions.
The approach yielded more accurate solutions than those found when each experimental chromatogram was fitted independently to the peak model (single-batch approach).
