Sentence examples for element division from inspiring English sources

Superfine element division is also required.

The ray effect and the influences of radiation element division and spectral discretization were examined.

On the other hand, the letters C, C ′ denote generic constants independent of the finite element division size and not necessarily the same at different occurrences.

Let I h : 0 = x 0 < x 1 < ⋯ < x N = π be a finite element division for the interval I = [ 0, π ], h i = x i − x i − 1, h = max h i.

A new method is described for thermodynamic calculations of a two-phase thermosyphon loop based on a one-dimensional finite element division, where each time-step is split up in a change of enthalpy and a change in entropy.

In this study, based on a finite element division and the fracture mechanics of micro surface cracks, a numerical prediction approach for fracture cumulative distribution function (CDF) for lapped brittle plate under non-uniform stress field is proposed.

Though the FEA models were fabricated under similar conditions, it appears that a minute error in shape caused in the element divisions appeared in the form of a large error in equivalent stress values.

Denote by A ⊙ B the element-by-element multiplication of the two matrices A and B, and by A ⊘ B the element-by-element division of the two matrices.

Assign each node to the k * clusters according to W N. In the above algorithm, X · Y denotes element-by-element multiplication of X and Y ; X Y denotes element-by-element division of X and Y ; and X · γ denotes raising each element of X to the γ t h power.

W and H are iteratively updated according to the following rules [ 13, 14]: (7) H k + 1 = H k ∘ [ W k O ] [ W k W k T H k ], (8) W k + 1 = W k ∘ [ H k O ] [ H k H k T W k ], where [ A]/[ B] is the Hadamard division (or element-by-element division) of matrices A and B. Supposing that H = W, s-NMF can be seen as a constraint form of NMF.

Besides, A⊙B, A⊘B, and |A|2 denote element-wise multiplication (Hadamard product), element-wise division, and element-wise magnitude-squaring of matrices or vectors of the same size, respectively.