Sentence examples for basis functions are employed from inspiring English sources

Two sets of locally computed basis functions are employed.

To model the multiple open-cracks in a beam, quartic NURBS basis functions are employed and quadruplicate knots are assigned at the crack locations.

The non-uniform rational B-spline (NURBS) basis functions are employed to exactly describe geometric domains and approximate unknown solutions in finite element analysis (FEA) as well.

The same basis functions are employed for approximating the unknown deformations, geometry modeling of the design domain and the level set function.

Here, the NURBS basis functions are employed for the description of the geometry of the boundary as well as for the approximation of the displacements at the boundary.

Three different radial basis functions are employed as interpolation functions, alone and augmented with polynomial and sine expansions, to represent the body terms.

For this purpose, a model based on a very efficient p-version first-order shear deformation finite element, with hierarchical basis functions, is employed.

The response surface method with cubic basis functions is employed to formulate specific energy absorption and peak crushing force which reduces considerably the computational cost of crush simulations by finite element method.

Collocation method with quintic B-spline basis functions is employed for space discretization.

In order to optimize the parameters of airbag, the multi-dimensional response surfaces based on extended Latin hypercube design and radial basis function are employed instead of the complex finite element model.

To reduce the calculation burden during direct MCS, Radial Basis Function is employed to generate a low-order model of the response space.