|
![Phase diagrams for various mach number, M](thumbnails/s421.jpg) |
![(a) Dimensionless displacement, W/h, versus time and (b) phase diagrams for varous outer surface temperatures](thumbnails/s422.jpg) |
![Bifurcation diagram fo FG square curved panel with different naterial fraction powers, n, under changing flow dynamic pressure, Lambda, for Mach numberm M = 6](thumbnails/s423.jpg) |
![Finite element modeling of local corrosion in a pipe](thumbnails/s424.jpg) |
![Axisymmetric free vibration of a thick tube](thumbnails/s425.jpg) |
|
Phase diagrams for various mach number, M |
|
(a) Dimensionless displacement, W/h, versus time and (b) phase diagrams for varous outer surface temperatures |
|
Bifurcation diagram fo FG square curved panel with different naterial fraction powers, n, under changing flow dynamic pressure, Lambda, for Mach numberm M = 6 |
|
Finite element modeling of local corrosion in a pipe |
|
Axisymmetric free vibration of a thick tube |
|
|
|
![Tubes under angled axial compression](thumbnails/s426.jpg) |
![Three types of tubes under axial impact applied at various angles](thumbnails/s427.jpg) |
![Load-Endshortening-curves for obliquely impacted axially compressed tubes](thumbnails/s428.jpg) |
![The pipe is dented before bending is applied](thumbnails/s429.jpg) |
![Nonlinear (large deformation and elastic-plastic material behavior) finite element model of the pipe and indenter](thumbnails/s430.jpg) |
|
Tubes under angled axial compression |
|
Three types of tubes under axial impact applied at various angles |
|
Load-Endshortening-curves for obliquely impacted axially compressed tubes |
|
The pipe is dented before bending is applied |
|
Nonlinear (large deformation and elastic-plastic material behavior) finite element model of the pipe and indenter |
|
|
|
![Comparison of results from test and finite element model of the pipe denting process](thumbnails/s431.jpg) |
![Bending of the previously dented pipe](thumbnails/s432.jpg) |
![dentedbentpipe5png](thumbnails/s433.jpg) |
![Representation of a protein microtubule inside cytoplasm](thumbnails/s434.jpg) |
![Axially compressed laminated composite cylindrical shells with Variable Angle Tow (VAT)](thumbnails/s435.jpg) |
|
Comparison of results from test and finite element model of the pipe denting process |
|
Bending of the previously dented pipe |
|
|
Representation of a protein microtubule inside cytoplasm |
|
Axially compressed laminated composite cylindrical shells with Variable Angle Tow (VAT) |
|
|