Sentence examples for flexibility in engineering from inspiring English sources

The meshless methods for solving boundary value problems have been extensively popularised owing to their flexibility in engineering applications.

SynNotch receptors provide extraordinary flexibility in engineering cells with customized sensing/response behaviors to user-specified extracellular cues.

Beyond a certain threshold, they affect the lattice structure leading to remarkable flexibility in engineering many physical and mechanical properties of the polymer.

Incorporating Gd chelates into nanoparticulate materials affordsadditional flexibility in engineering targeting and also providesa meansto apply high tissue-centric concentrations of Gd — often critical for both imaging and therapeutic applications.

However, studies on the thermo-physiological properties of plated knits are very limited although the structures are fast becoming preferred choice as intimate wear owing to flexibility in engineering fabrics with different fibre and yarn combinations in the two distinct layers.

Chemical modification of graphene by covalently functionalizing its surface potentially allows a wider flexibility in engineering electronic structure, in particular the local density of states of the carbon atoms bound to the modifier that can result in opening of the band gap.

This approach points out that the distillation of the first step of the two-step strain compensation mechanics brings on two advantages: the feasible route for forming self-assembled InAs QDs and the flexibility in quantum engineering.

This technique is suitable for depositing high quality films with complex compositions because of its influencing properties such as harmonious transfer of species from the target to substrate, enrichment in crystallinity, clean deposition, and simplicity and flexibility in the engineering design.

The OptORF approach can also suggest transcription factor deletion as an alternative to metabolic gene deletion or overexpression, which provides greater flexibility in metabolic engineering strategies.

GAs show more flexibility in evaluating the engineering surfaces via adjusting the genetic parameters.

Thus the flexibility of deformation measurement in engineering is fulfilled by the use of the proposed optical setup.