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![Collapsing voids in an elastomer provide reversible rotation](thumbnails/s181.jpg) |
![Rotation of two center areas between collapsing voids activates grippers](thumbnails/s182.jpg) |
![Inflation of a rubber balloon involves](thumbnails/s183.jpg) |
![Test set-up for obtaining pressure-volume curves for an inflated dielectric membrane](thumbnails/s184.jpg) |
![Pressure-volume curves for various voltages, phi, showing safe and failing snap-through conditions](thumbnails/s185.jpg) |
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Collapsing voids in an elastomer provide reversible rotation |
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Rotation of two center areas between collapsing voids activates grippers |
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Inflation of a rubber balloon involves "snap-through" characteristic |
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Test set-up for obtaining pressure-volume curves for an inflated dielectric membrane |
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Pressure-volume curves for various voltages, phi, showing safe and failing snap-through conditions |
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![Local debonding and buckling of a COPV (Composite Overwrapped Pressure Vessel) that might occur during an internal pressure cycle proof test (autofrettage)](thumbnails/s186.jpg) |
![Normal concentrated impact on a doubly-curved laminated composite shell](thumbnails/s187.jpg) |
![Computer simulation of very large post-buckling deformations of thin shells](thumbnails/s188.jpg) |
![Huge post-buckling deformations of an axially compressed thin shell](thumbnails/s189.jpg) |
![Computer simulation of elastoplastic tube as it falls, dents and bounces off boxes](thumbnails/s190.jpg) |
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Local debonding and buckling of a COPV (Composite Overwrapped Pressure Vessel) that might occur during an internal pressure cycle proof test (autofrettage) |
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Normal concentrated impact on a doubly-curved laminated composite shell |
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Computer simulation of very large post-buckling deformations of thin shells |
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Huge post-buckling deformations of an axially compressed thin shell |
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Computer simulation of elastoplastic tube as it falls, dents and bounces off boxes |
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![Large deformation of a membrane in a MEMS pump](thumbnails/s191.jpg) |
![Thermally fluctuating shells, A and B](thumbnails/s192.jpg) |
![Large post-buckling deformation of various shells](thumbnails/s193.jpg) |
![Automatic partitioning of a point-set surface performed with METIS](thumbnails/s194.jpg) |
![Strip method for solving buckling of prismatic structures such as longitudinally stiffened panels](thumbnails/s195.jpg) |
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Large deformation of a membrane in a MEMS pump |
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Thermally fluctuating shells, A and B |
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Large post-buckling deformation of various shells |
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Automatic partitioning of a point-set surface performed with METIS |
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Strip method for solving buckling of prismatic structures such as longitudinally stiffened panels |
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