The FE-model of the structure involves approximately 8200 elements and 66,300 DOFs, where solid elements (C3D8I) are used for the foundation, the mesh of the floors consists solely of quadrilateral elements (S4) and each of the 16 columns of all floors are modeled with 2-node beam elements (B31).
Elements were geometric figures differing in shape, size and luminance, randomly chosen from a set of approximately 100 elements and positioned on a white background.
Each of the approximately 20 elements used for alloying steel has a distinct influence on microstructure and on the temperature, holding time, and cooling rates at which microstructures change.
Of the approximately 35 elements now known to occur in animal cells, four (oxygen, carbon, hydrogen, and nitrogen) make up about 95 percent of the cell weight; another nine (calcium, phosphorus, chlorine, sulfur, potassium, sodium, magnesium, iodine, and iron) contribute about 4 percent.
On average, there are approximately three elements per query.
CML has grown to have a collection of approximately 100 elements and approximately 100 attributes.
The mesh used in the SEM model contained approximately 230,000 elements with 1.6 × 107 grid points.
The model is meshed with approximately 12000 elements (the exact number depends on the thickness of the coating materials).
Approximately 17 elements with atomic numbers less than 92 (Cu, Pb, Y, and the lanthanides) have speciation schemes that strongly involve or are dominated by carbonate complexation.
RNA was isolated from all samples and hybridized to cDNA microarrays consisting of approximately 43,000 elements representing approximately 36,000 genes.
