"The Poisson's ratio .xlsx" includes the Poisson's ratio of nanoplates we investigated. The Poisson's ratio has an effect on the frequencies and critical buckling loads of nanoplates
In comparing a material's resistance to distort under mechanical load rather than to alter in volume...
This paper studies the influence of surface energy (which includes the residual surface stress and s...
Most materials shrink laterally like a rubber band when stretched, so their Poisson's ratios are pos...
"The Poisson's ratio .xlsx" includes the Poisson's ratio of nanoplates we investigated. The Poisson'...
"DATA1 .xlsx" includes the fundamental frequencies for SSSS, SSSC and CSCS nanoplates (2a=2b=10nm). ...
The Poisson's ratio is a fundamental measure of the elastic-deformation behaviour of materials....
Elastic simulations of single-crystal copper nanobeams, of different cross section sizes and with cr...
This paper aims to obtain the simple closed-form results for the combined effects of surface elastic...
The measurement of Poisson's ratio of nanomaterials is extremely challenging. Here we report a later...
We present the results of an atomistic study on the Poisson's ratios of face-centered cubic met...
A unified plate model predicting the buckling behaviors is proposed by incorporating both surface an...
A semi-continuum model is proposed for nanomaterials that possess a plate-like geometry, such as ult...
International audienceIn comparing a material's resistance to distort under mechanical load rather t...
In this article, finite difference method (FDM) is used to study the size-dependent free vibration c...
In this Letter, governing equations for the nanoscale plates with consideration of both surface effe...
In comparing a material's resistance to distort under mechanical load rather than to alter in volume...
This paper studies the influence of surface energy (which includes the residual surface stress and s...
Most materials shrink laterally like a rubber band when stretched, so their Poisson's ratios are pos...
"The Poisson's ratio .xlsx" includes the Poisson's ratio of nanoplates we investigated. The Poisson'...
"DATA1 .xlsx" includes the fundamental frequencies for SSSS, SSSC and CSCS nanoplates (2a=2b=10nm). ...
The Poisson's ratio is a fundamental measure of the elastic-deformation behaviour of materials....
Elastic simulations of single-crystal copper nanobeams, of different cross section sizes and with cr...
This paper aims to obtain the simple closed-form results for the combined effects of surface elastic...
The measurement of Poisson's ratio of nanomaterials is extremely challenging. Here we report a later...
We present the results of an atomistic study on the Poisson's ratios of face-centered cubic met...
A unified plate model predicting the buckling behaviors is proposed by incorporating both surface an...
A semi-continuum model is proposed for nanomaterials that possess a plate-like geometry, such as ult...
International audienceIn comparing a material's resistance to distort under mechanical load rather t...
In this article, finite difference method (FDM) is used to study the size-dependent free vibration c...
In this Letter, governing equations for the nanoscale plates with consideration of both surface effe...
In comparing a material's resistance to distort under mechanical load rather than to alter in volume...
This paper studies the influence of surface energy (which includes the residual surface stress and s...
Most materials shrink laterally like a rubber band when stretched, so their Poisson's ratios are pos...
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