Sentence examples for convergence technique from inspiring English sources
The approximation and convergence technique compared favorably with the Monte Carlo modeling calculations presented in the literature, while using, on average, less than 1/100th of the CPU time.
As functions of the oscillatory variable, Ψ(⋅,x,u),ψ(⋅,x,t,u,η) and f(⋅,x,t,u) belong to the generalized Besicovitch space B2 associated with an arbitrary ergodic algebra A. The periodic case was addressed by Visintin (2007), based on the two-scale convergence technique.
The concept of partial repair in terms of a "margin convergence technique" to restore the shoulder's essential force couples is due to Burkhart et al.
They proved that {x n } generated by (1.4) converges strongly to a fixed point of T. Very recently, Kimura and Nakajo [15] investigated iterative schemes for finding common fixed points of a family of nonexpansive mappings and proved strong convergence theorems by using the Mosco convergence technique in a uniformly convex and smooth Banach space.
If there is not enough remaining tissue, the tissue is atrophic, and the tendon stump can be reduced only with great tension, one can use a margin convergence technique for partial closure, perform a biceps tendoplasty, or perform local tendon transfers with subscapularis or infraspinatus muscle.
By constructing suitable function spaces and applying the method of Galerkin's approximation as well as weak convergence techniques, the authors prove the existence of local solutions.
The code includes a finite-volume formulation, automatically generated Hartmann number sensitive meshes, and effective convergence acceleration technique.
The primary objective of this work is to develop and test a new convergence acceleration technique we call multicloud.
The high resolution and positivity preservation of the proposed discretization stencils are independent of the convergence acceleration technique which can be set to multigrid, preconditioning, Jacobian-free Newton Krylov, block-implicit, etc.
Convergence acceleration techniques like multigrid and residual averaging are used along with parallel computing platforms to enable these simulations to be performed in a few minutes.
For steady state problems, convergence acceleration techniques suitable for the present schemes are developed in the framework of an implicit time integration.
