Sentence examples for tuning mechanical from inspiring English sources
The usual way of tuning mechanical properties of a hydrogel to suit tissue engineering applications is to change the concentration of polymer or its cross-linking agents.
Subsequently, the most common approaches used for tuning mechanical properties of hydrogels including but are not limited to, interpenetrating polymer networks, nanocomposites, self-assembly techniques, and co-polymerization are discussed.
However, these polymers have limitations including lacking of broadly tuning mechanical and degradable properties, and activation of specific cell-scaffold interactions, which limit their further application in tissue engineering.
The biomaterial used in this study, heparin PEG hydrogel, offers significant flexibility in terms of tuning mechanical properties, adjusting heparin content or introducing photolabile chemistries to promote gel degradation.
The results open a new pathway towards tuning mechanical behavior of any arbitrary CNT array and also demonstrate the importance of structural hierarchy in tailoring the behavior of nanostructures.
Our results open new possibilities to tune mechanical properties of multilayer films.
It follows that porosity can be a useful microstructural parameter to tune mechanical and thermal properties of Ti2AlC.
He liked to shoot pistols at a gun range with his friend and next-door neighbor, David Koprivich, perhaps from the same impulse -- an appreciation of finely tuned mechanical performance.
PolyHIPEs were fabricated with varying ratios of two acrylate monomers (2-ethylhexyl acrylate (EHA) and isobornyl acrylate (IBOA)) and varying nominal porosity to tune mechanical properties.
In this article, we review our efforts to continuously tune mechanical and thermal properties in multilayer chemically modified graphene (CMG) films.
However, over the last hundred years materials engineers have developed metal alloys and other materials with increasing complexity, recognizing that imperfections are not always detrimental but can be useful to tune mechanical, electrical or optical properties.
