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![Typical discretizations and thin-walled structures: (left side=parametric images; right side=geometric images](thumbnails/s316.jpg) |
![Inflatable hanger and model of it](thumbnails/s317.jpg) |
![Three vibration modes of the inflatable hanger: Top row=reference FEM solution; bottom row = NURBS multipatch solution](thumbnails/s318.jpg) |
![Large deformation of an automobile tire caused by rolling contact with the pavement](thumbnails/s319.jpg) |
![Solar sail held in tension by slender struts that may buckle and defrom well into the postbuckling regime](thumbnails/s320.jpg) |
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Typical discretizations and thin-walled structures: (left side=parametric images; right side=geometric images |
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Inflatable hanger and model of it |
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Three vibration modes of the inflatable hanger: Top row=reference FEM solution; bottom row = NURBS multipatch solution |
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Large deformation of an automobile tire caused by rolling contact with the pavement |
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Solar sail held in tension by slender struts that may buckle and defrom well into the postbuckling regime |
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![Axially compressed thin-walled tubes with](thumbnails/s321.jpg) |
![Large deformation of axially compressed tubes with axial shortening at various angles from horizontal](thumbnails/s322.jpg) |
![Buckling of a steel shear wall from test and finite element model](thumbnails/s323.jpg) |
![Crushing of](thumbnails/s324.jpg) |
![Plate under shear loading: The appropriately placed holes raise the buckling load](thumbnails/s325.jpg) |
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Axially compressed thin-walled tubes with "windows" (cut-outs) |
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Large deformation of axially compressed tubes with axial shortening at various angles from horizontal |
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Buckling of a steel shear wall from test and finite element model |
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Crushing of "AuxHex" thin-walled cellular structure |
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Plate under shear loading: The appropriately placed holes raise the buckling load |
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![A snapshot of a self-oscillating thin compliant tube conveying flowing fluid](thumbnails/s326.jpg) |
![Cantilever pipe conveying fluid](thumbnails/s327.jpg) |
![Bifurcation diagram showing the dependence of pipe displacement on flow velocity](thumbnails/s328.jpg) |
![Buckling of two stiffened panels under shear loading](thumbnails/s329.jpg) |
![Snap-back of a metamaterial under tension in the vertical direction](thumbnails/s330.jpg) |
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A snapshot of a self-oscillating thin compliant tube conveying flowing fluid |
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Cantilever pipe conveying fluid |
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Bifurcation diagram showing the dependence of pipe displacement on flow velocity |
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Buckling of two stiffened panels under shear loading |
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Snap-back of a metamaterial under tension in the vertical direction |
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