Sentence examples for force corrections from inspiring English sources

The purpose of this paper is to present a fully-coupled electro-magnetic field formulation including Lorentz force corrections with the purpose of investigating ESD events in great detail in silicon (FEOL) and the metal stack (BEOL).

It is found that the current method fails to consider such important factors as load redistribution in three dimensions, dynamic effect, and internal force correction.

The effects of material properties and elastic foundation variation, the layering fineness, the average shear force correction factor and the axial forces have been evaluated and discussed.

The technique is based on a model of mass-transfer-effective bubble interactions which permits computation of a mass transfer driving force correction factor.

An arbitrary Lagrangian-Eulerian formulation with a nonlinear iterative force correction (NIFC) coupling is achieved in a staggered partitioned manner by means of fully decoupled implicit procedures for the fluid and solid discretizations.

The model not only explains why all attempts to discover a scalar force correction to Newtonian gravity were unsuccessful so far but also predicts that in the near future there is no chance to detect such corrections in the astronomical measurements as well as in the specially designed fifth force experiments on intermediate, short (like millimeter) and even ultrashort (a few nanometer) ranges.

The proposed formulation relies on a three-dimensional (3D) incompressible turbulent flow solver, a nonlinear monolithic elastic structural solver for constrained flexible multibody system and the nonlinear iterative force correction scheme for coupling of the turbulent fluid-flexible multibody system with nonmatching interface meshes.

In this work, we propose a force correction algorithm to accelerate the convergence of the iteration.

With this force correction strategy, the collision detection is needed to be performed only once, which means a great relief of computational burden.

At the collision response stage, a force correction strategy is proposed to dynamically adjust the elastic force between the guide wire or catheter and the vessel wall, being able to avoid frequent collision detections to save a great deal of time.

The Department of Correctional Services has frozen hiring at 36 prisons across the state, and hopes to eliminate 614 prison jobs through attrition by March, forcing corrections officers to begin to grapple with something they never imagined possible.