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![Laminated composite cylindrical panel with hole and a strip model](thumbnails/s406.jpg) |
![Uniform axial compression on the laminated composite cylindrical panel with the cutout](thumbnails/s407.jpg) |
![Bucklling modes of the axially compressed laminated composite cyindrical panel with various lay-ups](thumbnails/s408.jpg) |
![Scheme of a tube bending machine](thumbnails/s409.jpg) |
![Large local lateral deflection of a thin-walled cyllindrical lithium-ion battery shell](thumbnails/s410.jpg) |
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Laminated composite cylindrical panel with hole and a strip model |
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Uniform axial compression on the laminated composite cylindrical panel with the cutout |
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Bucklling modes of the axially compressed laminated composite cyindrical panel with various lay-ups |
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Scheme of a tube bending machine |
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Large local lateral deflection of a thin-walled cyllindrical lithium-ion battery shell |
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![Fluid-conveying thin-walled pipe on an elastic foundation](thumbnails/s411.jpg) |
![Thick cylindrical shell](thumbnails/s412.jpg) |
![The material of the cylindrical shell is functionally graded in two dimensions: axial and radial](thumbnails/s413.jpg) |
![Axial crushing of NMFL filled tube and non-filled tube](thumbnails/s414.jpg) |
![Dynamic buckling modes of a short steel tank after (a) 5 years and (b) 10 years of corrosion thinning](thumbnails/s415.jpg) |
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Fluid-conveying thin-walled pipe on an elastic foundation |
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The material of the cylindrical shell is functionally graded in two dimensions: axial and radial |
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Axial crushing of NMFL filled tube and non-filled tube |
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Dynamic buckling modes of a short steel tank after (a) 5 years and (b) 10 years of corrosion thinning |
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![Buckling of SpaceX Starship prototype, SN3, during a cryo test](thumbnails/s416.jpg) |
![A thick cylindrical shell](thumbnails/s417.jpg) |
![Functionally graded piezoelectric (FGP) thick cylindrical shell](thumbnails/s418.jpg) |
![Aero-thermo-elastic analysis of a radially functionally graded cylindrical shell panel](thumbnails/s419.jpg) |
![How the volume fraction of ceramic (Vc) varies through the wall thickness with change in the volume fraction power, n](thumbnails/s420.jpg) |
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Buckling of SpaceX Starship prototype, SN3, during a cryo test |
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A thick cylindrical shell |
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Functionally graded piezoelectric (FGP) thick cylindrical shell |
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Aero-thermo-elastic analysis of a radially functionally graded cylindrical shell panel |
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How the volume fraction of ceramic (Vc) varies through the wall thickness with change in the volume fraction power, n |
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