Sentence examples for body approximation from inspiring English sources

Hydraulic resistances under the slender body approximation and without such a limitation are considered.

The widely used, one-dimensional model of film casting considered here is based on a slender body approximation of the Navier Stokes equations with moving boundaries, paired with kinematic assumptions.

This so-called intersecting canonical body approximation (ICBA) is employed in the boundary integral representation in order to determine field functions at arbitrary points on or outside the scattering body.

Although these eigenvalues are generally somewhat smaller for PIPER, because the rigid body approximation leads to a steeper increase in energy as we move away from the minimum along the most restrictive direction, both programs clearly indicate the existence of a restrictive subspace.

For the hydrodynamic calculation, Zimm's method based on the rigid-body approximation was used.

The two-body approximation of the excess entropy is used to study the interplay between the microstructural ordering and the entropy of undercooled liquid metals.

It is shown that a complementary filter design utilizing an additional inertial sensor placed on the TCP allows for the practical implementation of a PD-controller based on the inverse differential kinematics of the rigid-body approximation of the boom.

The solution is obtained both in the slender-body approximation and in the complete formulation (without assuming a small angle between the axis of the body and the tangent to its contour).

Empirical analytical equations are obtained that express the energy variation as a function of the angle of approach, which replaces well-known equations obtained from the two-body approximation.

Our treatment considers the mechanics of a protein-mediated loop in terms of a rigid-body approximation that applies both to the base pairs of DNA and to the protein domains that constitute the nucleoprotein assembly.

Weighted k-means partitions minimize the sum of clusters' second moments and create well-localized domains, and thus reduce the computational cost of N-body approximations by enabling the use of lower-order approximations and fewer cells.