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There has been a drive to make these methods more widely available because they are so extraordinarily effective at preventing pregnancy.
The degree of conservatism is high (often more than a factor of 2 when predicting the fatigue limit stress range), enough to make these methods unusable in practice.
The optimal computational complexity of the multigrid methods, their broad applicability (in contrast to fast direct solvers), and their high efficiency, also in three spatial dimensions, make these methods very interesting for applications.
However, much work still needs to be done to make these methods applicable.
Nevertheless, an appropriate factorization of the joint PDF using some message-passing technique make these methods tractable.
Current work with coworkers is intended to make these methods more practical, especially in three dimensional simulations.
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This constraint basically makes these methods useless in the continuum flow regime, especially in the high Reynolds number flow simulations.
Refined nonlinear finite element models require a huge computational cost that makes these methods unsuitable for practical application.
However, their proliferation is often limited by their complexity, which makes these methods challenging to implement and use.
In traditional intelligent fault diagnosis methods of machines, plenty of actual effort is taken for the manual design of fault features, which makes these methods less automatic.
Both the triangulation and its corresponding Voronoi diagram can be rapidly retrieved or updated, making these methods well suited to adaptive remeshing schemes.
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