The simulation of viscoelastic fluids is a challenging task from the theoretical and numerical
points of view. This class of fluids has been extensively studied with the help of classical …

The implementation of early-stage simulation tools, specifically computational fluid dynamics
(CFD), is an international and interdisciplinary trend that allows engineers to computer-test …

The flow physics of inertio-elastic turbulent Taylor–Couette flow for a radius ratio of
considered. In fact, these vortices develop herringbone streaks near the inner wall that have …

This paper presents program transformations directed toward improving communication-
computation overlap in parallel programs that use MPI's collective operations. Our …

To develop better computer modeling methods for wall turbulence in non-Newtonian viscous
fluids, we performed direct numerical simulations (DNS) and large eddy simulations (LES) of …

,” Phys. Fluids 15, 2369 (2003)], the effects of changes in the flow viscoelasticity and the
friction Reynolds number on several higher order statistics of turbulence, such as the …

Direct numerical simulation of purely elastic turbulence (ET) in the Taylor-Couette flow of
dilute polymer solutions is used to identify the dominant flow structures, namely, unsteady …

Abrupt contraction flows involving viscoelastic fluids represent a longstanding computational
challenge within the field of non-Newtonian fluid mechanics. Despite the apparent simplicity …

We report on temporal large eddy simulations (TLES) of the turbulent channel flow of a dilute
polymer solution modeled with the FENE-P (finitely extensible nonlinear elastic in the …

Dynamic impact analysis based on whole path profiling of method calls and returns has
been shown to provide more useful predictions of software change impacts than method …