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Our results help to manufacture demanded large-scale tensegrities with delicate mechanical properties, and may be beneficial to construct composite metamaterials.
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Stepwise strengthening mechanisms manipulate the mechanical properties of both the RT-HPT and HT-HPT samples.
A delicate balance is required in terms of mechanical properties and porosity in scaffold systems, as increasing the porosity of a scaffold commonly results in a subsequent decrease in compressive strength.
This paper demonstrates multimaterial 3D printing of soft materials with disparate chemical and mechanical properties.
The delicate microscale characterization of individual phase provides new insights for the design of novel HEAs with desirable mechanical properties.
Despite significant progresses on understanding and mimicking the delicate nano/microstructure of biomaterials such as nacre, decoding the indistinguishable merger of materials and structures in controlling the tradeoff in mechanical properties has been long an engineering pursuit.
However, a delicate balance is required in terms of these properties, as increasing the porosity of a scaffold causes a subsequent decrease in mechanical properties such as compressive strength.
The mechanical properties are remarkable.
I. Microstructure and mechanical properties.
Scaffolds mechanical properties (n = 4).
Origin of mechanical properties.
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