Due to its mesh dimension reduction and accuracy in determining stress concentration fields, the BEM becomes well adapted for solving topology optimization problems.
In each of the holes we created 49 'cells' measuring 10×10 cm and 12 cm deep using a 1030 µm nylon mesh (dimension between the midpoint of adjacent sides of the opening) with an open area of 57%.
In this regard, the boundary element method (BEM) has been widely used to solve complex engineering problems, especially those where its mesh dimension reduction includes advantages on the modelling.
10000 mesh (dimension: 1.5µm) graphite, etyltrimethylammonium bromide (CTAB), PVP (K30, Mw = 30000-40000) were obtained from Alfa Company and used as-received.
In addition to this inherent ability of the BEM, its mesh dimension reduction makes this numerical method well adapted to solve topology optimization problems.
The Standard ensures reproducibility of the data, and provides visibility/reasoning for any parameters set in the calculation, such as accuracy thresholds, calculation pathways, and mesh dimensions.
The first p genes indicate the target cores for p runnables and the remaining |Ψ| genes (for a mesh NoC |Ψ|=x·y, where x and y are the mesh dimensions) specify the P-states of the consecutive cores.
On E14, after DEP exposures, half of the VEH- and DEP-treated dams were singly housed in clean cages with a thin layer of bedding under an elevated fine-gauge aluminum mesh platform (mesh dimensions, 0.4 cm × 0.9 cm; McNichols Co., Tampa, FL) and provided with two-thirds of one square of felt-like nesting material (~ 1.9 g; NR group).
The horizontal length scale of the topography included in a model is dependent on its horizontal mesh dimensions, which are usually set to be fine enough to resolve the observation arrays and target structure.
In this longitudinal study, we examined mesh dimensions at 2 time points after implantation.
