In the AMR algorithm [ 10, 13] designed for uniform or quasi-uniform grids, the timestep size is typically selected to be proportional to the minimum of element sizes (multiplied by an estimated wave speed) in a grid in order that the numerical waves or discontinuities will never propagate more than one element within a single timestep.
(P_{1}), (P_{2}),..., and (P_{p}) agree on the parameter k the minimum number of elements in a block.
Since spatial discretization is completely eliminated, many stability boundaries can be determined accurately with the minimum number of elements.
The present beam-column elements enable accurate modeling of the dynamic plastic behavior of frame structures by using the absolute minimum number of elements per structural member.
Then, an h -adaptive refinement strategy is proposed that leads to a finite element mesh with the minimum number of elements and with a specified error for each of the natural frequencies included in the analysis.
In this second part, we evaluate the performances of our control framework by applying it to a case study that contains a minimum set of elements allowing to show its applicability and potentials.
In this first step, every correct peer P i learns a superset (s^{(1)}_{i}) of the union of all correct peers' initial sets, as well as a lower bound ℓ i for the minimum number of elements shared by all correct peers where n−ℓ i ≤k.
We assume that three bones represent the minimum number of elements of a skeleton or skull that has not been transported and redeposited after initial burial.
The minimum number of elements required for a subfamily was set to 500 after testing different values (Additional file 1: Table S5 and Additional file 1: Figure S2).
This is a confirmation of the 'scalable' character of gene expression network that constitutes a strongly connected set whose general connectivity can be appreciated starting from a minimum sample of elements.
Now, the threshold, T F (l), is adaptively adjusted according to the convex combination between the minimum of the elements of B S + N ll) and the maximum of the elements of B N ll).
