Morphing of metallic wing structures has fascinated generations of researchers; numerous and sometimes bizarre architectures have been proposed, tailored to specific end-applications and aircraft type.
Exploring this perspective, current paper proposes tailoring the Systems Engineering for managing PSS development project.
Guidelines propose tailoring management of PE depending on the risk of adverse outcomes, which depends on hemodynamic status (presence of shock or hypotension), biomarkers (brain natriuretic peptide or cardiac troponin levels), and imagery [ 1, 3].
The monitoring of the care plan, which in itself is supported by the means of evidence-based, multidisciplinary protocols is likely to provide positive results in this type of projects, as this enables an adequate view from the case manager on the possible instable situation of the beneficiary and propose tailored, evidence-based interventions.
Here, we introduce and propose tailor-made modifications to five types of mainstream bioanalytical methodologies.
Therefore, this paper proposes tailor-made technique for crashworthiness design by performing a combination of two or more energy absorption techniques to fulfill the crashworthy designer requirements.
In relation with the described phenomena, a temperature-controlled plasma-immersion ion-implantation system is proposed for tailoring in-depth stable/metastable ceramic structures such as nitrides, oxides and carbides.
It is proposed that tailoring the stability of complexions by matching inhibitor and carbon content can lead to both the high fracture toughness and high strength of the cemented carbides.
Unique to L.wollei are the proposed novel tailoring reactions leading to the formation of Lyngbya-specific saxitoxin isoforms (Figure 1,4).
An optimal user pairing algorithm is proposed and tailored to maximize the network capacity.
