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![Wrinkling of spherical membrane with inward-directed point load](thumbnails/s16.jpg) |
![Radial wrinkles in a flat sheet with uniform outward force/circ.length on the rim and inward uniform radial force/length along the inner boundary](thumbnails/s17.jpg) |
![Wrinkling of a very thin, internally pressurized shell with a concentrated inward-directed load](thumbnails/s18.jpg) |
![Non-axisymmetric deformations of a soft spherical shell with inward and outward concentrated load at its apex](thumbnails/s19.jpg) |
![Floating membrane deformed and wrinkled by concentrated downward load](thumbnails/s20.jpg) |
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Wrinkling of spherical membrane with inward-directed point load |
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Radial wrinkles in a flat sheet with uniform outward force/circ.length on the rim and inward uniform radial force/length along the inner boundary |
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Wrinkling of a very thin, internally pressurized shell with a concentrated inward-directed load |
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Non-axisymmetric deformations of a soft spherical shell with inward and outward concentrated load at its apex |
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Floating membrane deformed and wrinkled by concentrated downward load |
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![Droplet of water on a floating thin film gives rise to radial wrinkles](thumbnails/s21.jpg) |
![Cell membrane wrapping around a spherical thin elastic shell](thumbnails/s22.jpg) |
![Collapse of a blood vessel](thumbnails/s23.jpg) |
![Edge buckling of thin sheets](thumbnails/s24.jpg) |
![Why leaves and petals are not flat at their edges](thumbnails/s25.jpg) |
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Droplet of water on a floating thin film gives rise to radial wrinkles |
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Cell membrane wrapping around a spherical thin elastic shell |
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Collapse of a blood vessel |
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Edge buckling of thin sheets |
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Why leaves and petals are not flat at their edges |
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![Crushning a porous nanospheres between platens](thumbnails/s26.jpg) |
![Failure of weak and strong spherical microcapsules subjected to weak and strong external acoustic pressure](thumbnails/s27.jpg) |
![Shapes of icosahedral shells with γ=100 and γ=1,200. Undeformed shells (left) and shells that are deformed to 35% of their radius (right) are shown.](thumbnails/s28.jpg) |
![Microcapsule drying and buckling, then being restored upon re-hydration](thumbnails/s29.jpg) |
![Pictures showing the different steps of the drying for 170 nm colloids, scale bar represents 1mm.](thumbnails/s30.jpg) |
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Crushning a porous nanospheres between platens |
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Failure of weak and strong spherical microcapsules subjected to weak and strong external acoustic pressure |
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Shapes of icosahedral shells with γ=100 and γ=1,200. Undeformed shells (left) and shells that are deformed to 35% of their radius (right) are shown. |
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Microcapsule drying and buckling, then being restored upon re-hydration |
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Pictures showing the different steps of the drying for 170 nm colloids, scale bar represents 1mm. |
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