Sentence examples for appropriate mechanical stability from inspiring English sources

These materials must also demonstrate appropriate mechanical stability to withstand handling as well as support potentially significant stresses at the implant site.

In order to obtain the best combination of strength and ductility the formation of austenite having an appropriate mechanical stability was essentially needed, and could be achieved when 22 24 vol.% fine austenite was homogeneously distributed in the ferrite matrix, as in the 830 °C or 880 °C annealed steels.

Gel-like dispersions formulated with ethyl cellulose/methyl cellulose blends showed appropriate mechanical stabilities to be used as bio-lubricating greases.

To solve this problem, we coated pure NCP with acrylic resin, a type of plastic usually used in electronics due to its eco-friendly, low-cost, easy-to-handle, highly transparent properties, and appropriate mechanical strength, thermal stability, low surface roughness, and especially excellent waterproof ability.

Endothelial growth can be supported in vivo with appropriate scaffolds with mechanical stability and remodelling potential.

Alginate significantly improved cell loading and retention within the construct and maintained a round cell shape to enhance the chondrogenic differentiation of MSCs, while PLA provided appropriate mechanical support and stability to the composite culture, suggesting the amalgam as a potential candidate bioactive scaffold.

Hypertrophic non-union can occur in the presence of an appropriate biological response but inadequate mechanical stability.

The number of ionic groups present within a polymer is critical when one wants to achieve appropriate mechanical properties, surface properties, thermal stability or biodegradability of the coats obtained from polyurethane cationomers.

The materials used for scaffold fabrication not only determine the physical properties of biocompatibility, biodegradability, and mechanical stability, but also provide appropriate signals for directing the cellular processes that induce tissue formation [ 60, 62].

So far there is a paucity of randomized control trials as well as biomechanical studies which address the question of appropriate treatment and the understanding of the mechanical stability of these common injuries.

These factors are the optimization of the nonunion bed of the host in terms of adequate vascularization and the presence of adequate mechanical stability that will provide an appropriate environment for the cells to interact with the scaffold and growth factors in order to promote successful osteogenesis [ 198, 199].