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![A sketch of lateral blast loading upon a sandwich plate with uniform axial compression](thumbnails/s106.jpg) |
![Real-time side-view deformation of sandwich plate with 3 values of initial axial compression: 0, 15 and 25 kN](thumbnails/s107.jpg) |
![Doubly-curved sandwich shell under blast loading](thumbnails/s108.jpg) |
![Moment-rotation diagram of an I-section beam riveted to a sandwich panel](thumbnails/s109.jpg) |
![Mild rotation of the I-section beam pulling on the rivet without deforming the upper face sheet and gently bending the lower face sheet of the sandwich panel](thumbnails/s110.jpg) |
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A sketch of lateral blast loading upon a sandwich plate with uniform axial compression |
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Real-time side-view deformation of sandwich plate with 3 values of initial axial compression: 0, 15 and 25 kN |
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Doubly-curved sandwich shell under blast loading |
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Moment-rotation diagram of an I-section beam riveted to a sandwich panel |
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Mild rotation of the I-section beam pulling on the rivet without deforming the upper face sheet and gently bending the lower face sheet of the sandwich panel |
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![Larger rotation of the beam causing the rivet to deform the upper face sheet and concentrated dimpling of the lower face sheet](thumbnails/s111.jpg) |
![Effect on the sandwich of the opposite rotation from that shown in the previous image](thumbnails/s112.jpg) |
![Sandwich panel with triangular lattice core in supersonic airflow](thumbnails/s113.jpg) |
![Sandwich wall with functionally graded material](thumbnails/s114.jpg) |
![Double sandwich wall struction (each](thumbnails/s115.jpg) |
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Larger rotation of the beam causing the rivet to deform the upper face sheet and concentrated dimpling of the lower face sheet |
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Effect on the sandwich of the opposite rotation from that shown in the previous image |
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Sandwich panel with triangular lattice core in supersonic airflow |
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Sandwich wall with functionally graded material |
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Double sandwich wall struction (each "face sheet" has a sandwich wall) |
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![Kinematics of each three-layered sandwich wall](thumbnails/s116.jpg) |
![Double sandwich plate system filled with air](thumbnails/s117.jpg) |
![Square honeycomb sandwich panel after 2 pressure shock loading from above](thumbnails/s118.jpg) |
![Square honeycomb sandwich panel subjected to 3 pressure shocks from above](thumbnails/s119.jpg) |
![Sandwich nano-plate under biaxial compression](thumbnails/s120.jpg) |
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Kinematics of each three-layered sandwich wall |
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Double sandwich plate system filled with air |
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Square honeycomb sandwich panel after 2 pressure shock loading from above |
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Square honeycomb sandwich panel subjected to 3 pressure shocks from above |
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Sandwich nano-plate under biaxial compression |
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