However, potential differences in collagen fiber structure between these two regions, especially in the superficial layer of cartilage, which affect cartilage mechanical properties, are yet to be determined.
But the details of fabrication processes and of mechanical properties have not yet been reported so far.
From this perspective, the nature of the oceanic lithosphere asthenosphere system (LAS), for example, the relation between the evolving thermal structure and mechanical properties, is not yet fully understood based on seismic imaging methods.
Their mechanical properties are as yet unexplored, although they could be of great utility in view of their enormous structural and chemical diversity.
Despite precisely balanced mechanical properties, which have yet to be reproduced, the underlying molecular architecture of major ampullate spider silk can be simplified being viewed as a versatile block copolymer.
Lymphatic drainage function is critically coupled to the fluid mechanical properties of the interstitium, yet this coupling is poorly understood.
However, the importance of mix design parameters affecting the mechanical properties of geopolymer has yet to be quantitatively assessed.
Puncture resistance is among the major mechanical properties of rubber membranes, yet the intrinsic material parameters controlling the puncture of these materials are still unknown.
The crystal growth and morphology evolution of D88 transition metal silicide and its influence on the mechanical properties of alloys have yet to be determined.
These changes accompany reductions in mechanical properties of cartilage, yet the relationships between mechanics and structure in early OA are poorly defined.
