A wavelet-based adaptive approach, called wavelet-based adaptive unsteady Reynolds-
averaged Navier–Stokes (WA-URANS), is proposed to solve the URANS equations for the …

Blade-resolved numerical simulations of wind energy applications using full blade and tower
models are presented. The computational methodology combines solution technologies in a …

In this study, an adjoint-based hp-adaptation algorithm has been developed within a Petrov–
Galerkin finite-element method. The developed mesh adaptation algorithm is able to perform …

In this paper, high-order finite-element discretizations consisting of discontinuous Galerkin
(DG) and streamline upwind/Petrov Galerkin (SUPG) methods are investigated and …

In this study, a shallow water flow code was developed and tested against four benchmark
problems of practical relevance. The results demonstrated that as the eddy viscosity …

An overview of developments in computational fluid dynamic discretizations and solution
techniques for aerodynamic applications over the past five-to-six-year time frame is given in …

This paper presents an efficient and highly-parallelizable preconditioning technique for
Newton–Krylov solvers. The proposed method can be viewed as a generalization of the …

A methodology that combines the advantages of the vertex-centred finite volume (FV)
method and high-order hybridisable discontinuous Galerkin (HDG) method is presented for …

Recent development for United States Department of Defense HPCMP CREATE™-AV
Kestrel component COFFE has led to significant speed, robustness, and work-flow …

This paper presents a high-order accurate stabilised finite element formulation for the
simulation of transient inviscid flow problems in deformable domains. This work represents …