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Results are computed using numerical integration and finite element techniques.
The method is based on finite element techniques.
A 3-dimensional computer modeling based on finite element techniques was used for this purpose.
The critical loads snapping lattice structure are investigated by the experimental and finite element techniques.
The analysis performed is based on various 2D and 3D finite element techniques.
Finite-volume and finite element techniques have been used for this purpose.
Flow visualization and finite element techniques were adapted to gain better understanding of these effects.
The snap-through processes among multiple states are simulated using finite element techniques.
These equations can be solved by a straightforward application of boundary element techniques.
and incorporation of resulting combustion model into adaptive, Lagrangian vortex element techniques.
Nonlinear viscous secondary creep deformation is modeled in each phase using finite element techniques.
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