This contribution is concerned with the modeling and computation of the mechanical behavior, in particular with the failure, of the enamel of a bovine tooth.
An Object Spreadsheet Language (OSL) is introduced to express autonomic behavior as dynamic computation of element configuration over the object-relationship graph model.
The linking of atomistic simulations of stress-driven processes to experimentally observed mechanical behavior via the computation of activation energy barriers is a topic of intense current research.
Therefore, the problem of estimating the similarity among users based on behaviors becomes the computation of the similarity among texts or among sets of expressions.
Numerical computation of the V-OF operators is the key to understand the behavior and physical meaning of the V-OF models.
It is well established in the literature that, when the number of constraints is very large, the active set identification technique can improve the local convergence behavior and decrease the computation cost of the algorithms of nonlinear programming and minimax problems.
Understanding intelligence and the brain requires theories at different levels, including the biophysics of single neurons, algorithms and circuits, overall computations and behavior, and a theory of learning.
We present the mathematical framework, using the implicit-pressure-explicit-composition (IMPEC) scheme, which facilitates rigorous thermodynamic stability analyses and the computation of phase behavior effects to account for transfer of species between the phases.
