Sentence examples for finite difference procedures from inspiring English sources

Several finite difference procedures are given and compared in terms of accuracy and computing time.

Upper bound results, obtained using the present method, are compared with those obtained by other investigators using ordinary beam theories, two-dimensional finite element and finite difference procedures, and experimental methods.

Predominantly, analyses for such systems are performed utilizing some type of finite element or finite difference procedure.

The algorithm is formulated using a step-by-step finite difference procedure combined with a fully implicit quadrature scheme.

This model uses simple effectiveness equations for steady-state heat and mass exchangers within a finite difference procedure.

A time-dependent finite difference procedure is developed for the calculation of acoustic fields which incorporate finite impedance and rigid wall boundaries.

In this work, an improvement in the stiffness derivative method based on a shape design sensitivity analysis is proposed, so that the error inherent in the finite difference procedure is avoided.

A finite difference procedure used to analyze the two-dimensional evolution of the charged particle densities and electrostatic potential during the initial stages of electrical breakdown between a wire and a plane is described.

A finite difference procedure that can account for strain-rate effects, both shear and flexural deformations, permits variations in cross-section geometry and strength and loading over the length of a component is proposed to accurately and efficiently analyze the dynamic response of a simply supported structural member under blast loads.

Conclusions concerning individual and collective effects of warping, pretwist, tension-torsion coupling and tennis racket effect (twist-rotational coupling) terms on the natural frequencies are drawn from numerical results obtained by using a finite difference procedure with first order central differences.

This model is solved by a time-stepping finite difference procedure, with a time step of 2 ~ 5 min.