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![flow-conveying nanotube embedded in a viscoelastic medium](thumbnails/s46.jpg) |
![Tiny scaffolds toughen ceramics: Under pressure nano-trusses bounce back](thumbnails/s47.jpg) |
![Nanotube foam: Undeformed, Compressed, Released](thumbnails/s48.jpg) |
![Double-walled carbon nanotube embedded in an elastic medium](thumbnails/s49.jpg) |
![Kinking of double nanotube, Top=actual; Bottom=model](thumbnails/s50.jpg) |
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flow-conveying nanotube embedded in a viscoelastic medium |
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Tiny scaffolds toughen ceramics: Under pressure nano-trusses bounce back |
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Nanotube foam: Undeformed, Compressed, Released |
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Double-walled carbon nanotube embedded in an elastic medium |
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Kinking of double nanotube, Top=actual; Bottom=model |
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![Buckling of nanotube arrays of various lengths](thumbnails/s51.jpg) |
![Post-buckling of tiny axially compressed cylindrical shells](thumbnails/s52.jpg) |
![Buckling of axially compressed multi-walled carbon nanotubes (First plot)](thumbnails/s53.jpg) |
![Buckling of axially compressed multi-walled carbon nanotubes (2nd plot)](thumbnails/s54.jpg) |
![Collapse of carbon nanotube bundles under external hydrosatatic pressure](thumbnails/s55.jpg) |
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Buckling of nanotube arrays of various lengths |
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Post-buckling of tiny axially compressed cylindrical shells |
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Buckling of axially compressed multi-walled carbon nanotubes (First plot) |
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Buckling of axially compressed multi-walled carbon nanotubes (2nd plot) |
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Collapse of carbon nanotube bundles under external hydrosatatic pressure |
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![Collapse pressure vs nanotube diameter for hydrostatically compressed nanotube bundles](thumbnails/s56.jpg) |
![Collapse pressure vs nanotube chiral angle for hydrostatically compressed nanotube bundles](thumbnails/s57.jpg) |
![Externally pressurized nanotube collapse modes](thumbnails/s58.jpg) |
![Buckling of bundles of post-buckled (collapsed) nano-](thumbnails/s59.jpg) |
![Nanospheres inside nanospheres](thumbnails/s60.jpg) |
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Collapse pressure vs nanotube diameter for hydrostatically compressed nanotube bundles |
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Collapse pressure vs nanotube chiral angle for hydrostatically compressed nanotube bundles |
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Externally pressurized nanotube collapse modes |
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Buckling of bundles of post-buckled (collapsed) nano-"peapods" |
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Nanospheres inside nanospheres |
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