Sentence examples for efficient method to implement from inspiring English sources

Integration of functional devices within structural materials is an efficient method to implement and design multifunctional materials and structures.

This paper presents an efficient method to implement a damage law within an explicit time-integration scheme, in an open-source object-oriented finite-element framework.

In this paper we outline two techniques for ameliorating this shortcoming, first by employing a Legendre Spectral Element Method to implement efficient, graded meshes, and second by utilizing an Artificial Boundary with a Transparent Boundary Condition placed quite close to the boundary of the domain.

In conclusion, we found that results for the accuracy of GEBV further support the notion that genomic evaluation using high-density genotypes imputed with high accuracy for selection candidates is a feasible method to implement a cost-efficient design for genomic selection in swine.

A straightforward method to implement the Decompose function would be to exhaustively compute the sums of all m-tuples of points in F and to compare these sums to R. However, this method would not be efficient enough.

The most time-efficient method to fully implement was the SMR as data collection could commence instantly upon finalization of the protocol, and subject recruitment was not required.

Therefore, it is necessary to implement an efficient method to determine the backoff function BO.

DEM combined with RSM approach will become significantly efficient method to understand the process for implementing the quality by design approach.

We applied a sophisticated genome-versus-genome comparison strategy that efficiently integrates the split-alignment algorithm from LAST [ 16] and the align-gap-excise algorithm from AGE [ 17], and subsequently implement an efficient method to initially identify various forms of structural variation and novel sequence from the assembly-versus-assembly alignment.

Implementing an efficient method to evaluate the integrals of singular kernels can lead to numerical solutions of great accuracy, and this paper recommends the techniques based on modified shape functions as useful tools to succeed in this.

This study provides an easily implemented and computationally efficient method to connect mechanical behaviour with multi-scale surface structure, which can be utilized in design and optimization of engineering applications involving rough contacts.