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Chen and N. Fleck , Size effects in the constrained deformation of metallic foams , Journal of the Mechanics and Physics of Solids , vol. Chiang and Y. Ding , Size effect on stress??? C and???

C , Cryogenics , vol. Deverge, L. Benyahia, and S. Sahraoui , Experimental investigation on pore size effect on the linear viscoelastic properties of acoustic foams , The Journal of the Acoustical Society of America , vol. Dimitrios and L. Wikes , Structure -property relationships of flexible polyurethane foams , Polymer , vol. Gibson and M.

Ashby , Cellular Solids. Structure and properties -Second edition.

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Cellular solids : structure and properties

Pampolini and G. Phillips and N. Waterman , The mechanical properties of high-density rigid polyurethane foams in compression: I. Modulus , Polymer Engineering and Science , vol. Brendan Harley. Norman Fleck. Tony Evans. John Hutchinson. Anthony Evans.

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Lecture 1 : Atom to Solid Structure

Gibson , Michael F. This new edition of a classic work details current understanding of the structure and mechanical behavior of cellular materials, and the ways in which they can be exploited in engineering design. Gibson and Ashby have brought the book com Ashby , Brendan A. Find articles by Pulickel M. Find articles by Yongsheng Chen. Author information Article notes Copyright and License information Disclaimer. Email: nc. Received Aug 29; Accepted Feb No claim to original U. Government Works. This is an open-access article distributed under the terms of the Creative Commons Attribution-NonCommercial license , which permits use, distribution, and reproduction in any medium, so long as the resultant use is not for commercial advantage and provided the original work is properly cited.

The schematic of the nodes under compression. The schematic of a cell node under the applied compressive stress.

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The photograph of the 3DGraphene foam samples. Energy dissipation mechanism. The cyclic stability at different temperatures. The simulated stress-strain curve at K. Abstract Until now, materials with high elasticity at deep cryogenic temperatures have not been observed. Open in a separate window. The structure of the 3DGraphene foam. Apparatus for in situ and variable-temperature mechanical measurements For variable-temperature mechanical measurements from 4 to K, a homemade mechanical analysis apparatus fig.

Mechanical properties at deep cryogenic temperatures The mechanical properties of the 3DGraphene foam were first investigated by a single uniaxial compress-release operation at 4 K using the abovementioned homemade mechanical analysis apparatus more details in Supplementary Methods. Mechanical properties of the 3DGraphene foam at cryogenic temperature of 4 K. Micro—real-time in situ observation of mechanical properties at 4 K The mechanical behaviors of the macroscopic bulk graphene material at deep cryogenic temperatures prompt us to look directly at the microscopic structure and local graphene building blocks and their behaviors in the compress-release process at 4 K.

Temperature-invariant mechanical properties from 4 to K The uniaxial and monotonic compress-release measurement was performed on the same sample at 12 different temperatures from 4 to K movie S2 demonstrates compress-release cycles at K, similar to movie S1 for 4 K.

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  7. Temperature invariance of the mechanical properties of the 3DGraphene foam. Simulation of the mechanical properties of the 3DGraphene foam in a wide temperature range down to the cryogenic region. Methods for statistical analysis and error bars In Figs. Download PDF: Click here to view. Movie S1: Click here to view. Movie S2: Click here to view. Movie S3: Click here to view.

    Movie S4: Click here to view. Aliev A. Science , — Gibson, M. Press, ed. Dai Z. Zhang Q. Qiu L. Callister Jr. Tallon J.

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