The objective of this article is to summarise the work that we have been doing as a group in
the context of stabilised finite element formulations for viscoelastic fluid flows. Viscoelastic …

In this paper, three-field finite element stabilized formulations are proposed for the numerical
solution of incompressible viscoelastic flows. These methods allow one to use equal …

Development of many conditions and disorders, such as atherosclerosis and stroke, are
dependent upon hemodynamic forces. To accurately predict and prevent these conditions …

A new generalization of the Oldroyd-B model is developed to describe the flow of blood. The
model is developed within a thermodynamic framework which recognizes that a viscoelastic …

This paper presents a formulation alongside a numerical solution algorithm to describe the
mechanical response of bodies made of a large class of viscoelastic materials undergoing …

The log-conformation reformulation, originally proposed by Fattal and Kupferman (2004),
allows computing incompressible viscoelastic problems with high Weissenberg numbers …

In this paper, three different fractional step methods are designed for the three-field
viscoelastic flow problem, whose variables are velocity, pressure and elastic stress. The …

A new three-field formulation based on the Local Projection Stabilization (LPS) is developed
for computations of the coupled Navier–Stokes and Oldroyd-B viscoelastic constitutive …

In this paper, a three-field finite element stabilized formulation for the incompressible
viscoelastic fluid flow problem is tested numerically. Starting from a residual based …

Logarithmic conformation reformulations for viscoelastic constitutive laws have alleviated the
high Weissenberg number problem, and the exploration of highly elastic flows became …