|
![Buckled internally pressurized torispherical shell tested by Galletly at the University of Liverpool](thumbnails/s76.jpg) |
![Buckled internally pressurized torispherical shells tested by Galletly & colleagues at the University of Liverpool](thumbnails/s77.jpg) |
![Buckling process of an internally pressurized ellipsoidal pressure vessel head](thumbnails/s78.jpg) |
![Buckling of inflated air bag](thumbnails/s79.jpg) |
![Buckling of axisymmetric spherical segment under uniform axial tension](thumbnails/s80.jpg) |
|
Buckled internally pressurized torispherical shell tested by Galletly at the University of Liverpool |
|
Buckled internally pressurized torispherical shells tested by Galletly & colleagues at the University of Liverpool |
|
Buckling process of an internally pressurized ellipsoidal pressure vessel head |
|
Buckling of inflated air bag |
|
Buckling of axisymmetric spherical segment under uniform axial tension |
|
|
|
![Ellipsoidal head with a central nozzle](thumbnails/s81.jpg) |
![Buckling modes of the ellipsoidal head with a central (rigid) nozzle](thumbnails/s82.jpg) |
![David Bushnell's original submarine (1776)](thumbnails/s83.jpg) |
![Space shuttle being transported to its launch pad. The large rust-colored tank is the subject of the next few slides.](thumbnails/s84.jpg) |
![Internal structure of the external space shuttle tank](thumbnails/s85.jpg) |
|
Ellipsoidal head with a central nozzle |
|
Buckling modes of the ellipsoidal head with a central (rigid) nozzle |
|
David Bushnell's original submarine (1776) |
|
Space shuttle being transported to its launch pad. The large rust-colored tank is the subject of the next few slides. |
|
Internal structure of the external space shuttle tank |
|
|
|
![Production of the very large Space Shuttle External Tank at Michoud plant in Louisiana](thumbnails/s86.jpg) |
![Loading on the liquid oxygen space shuttle external tank](thumbnails/s87.jpg) |
![Local buckling of the forward part of the space shuttle external LOX tank](thumbnails/s88.jpg) |
![Optimizing the Ares V payload shroud by the HYPERSIZER composite analysis and structural sizing software](thumbnails/s89.jpg) |
![Bistable eversion of a shell of revolution](thumbnails/s90.jpg) |
|
Production of the very large Space Shuttle External Tank at Michoud plant in Louisiana |
|
Loading on the liquid oxygen space shuttle external tank |
|
Local buckling of the forward part of the space shuttle external LOX tank |
|
Optimizing the Ares V payload shroud by the HYPERSIZER composite analysis and structural sizing software |
|
Bistable eversion of a shell of revolution |
|
|