An automated approach for solution based mesh adaptation to enhance numerical accuracy for a given number of grid cells

Mesh adaptation is a fairly established tool to obtain numerically accurate solutions for flow problems. Computational efficiency is, however, not always guaranteed for the adaptation strategies found in literature. Typically excessive mesh growth diminishes the potential efficiency gain. This paper, therefore, extends the strategy proposed by ...

Efficient nonlinear solver for unsteady CFD problems solved with higher order implicit time integration schemes