Besides, since the polymer brush with different chemical components (e.g., single-component and multi-components) and multi-scale structural characteristics shows great impact on the physicochemical properties at interface and polymer brush are generally sensitive to the external stimuli, the polymer chains modified surfaces acted as smart materials show great potential in many fields.
Considering the structure-function relationship, biomimetic structures able to mimic the multi-scale structural hierarchy of complex tissues are extremely important for tissue engineering applications.
These complex organic materials are hierarchical bio-composites characterized by complex multi-scale structural geometry.
Here we review the multi-scale structural hierarchy of the turtle carapace and its corresponding mechanical properties.
We then found underlying causal relationships between multi-scale structural components of the ecosystem and the provision of habitat functions.
This approach however cannot account for the multi-scale structural heterogeneities of the considered rocks, in spite of their fundamental importance.
The aim of this paper is to present a three dimensional multi-scale structural analysis methodology to speed up the design process of AFO.
A dual-type sensor placement method with the aim of the possibly best reconstruction of multi-scale structural responses is investigated experimentally in this paper in terms of a simply supported overhanging steel beam.
As an example, we integrate structural mapping, aeromagnetic data interpretation and 3D magnetic inversions in a multi-scale structural analysis of the polydeformed eastern Musgrave Province in central Australia.
These findings suggest that adaptation of hunting appendages goes beyond their macroscopic morphology, and that multi-scale structural design concomitantly adapted to function, with enhanced structural complexification for tools that are subjected to more intense contact stresses.
Based on the multi-scale structural analyses, the deformation mechanisms accounting for porosity reduction in the fault rocks have been identified, which are clay smearing, phyllosilicate-framework networking and cataclasis.
