This work is dedicated to the solution filtering technique for performing direct and large-eddy
simulation. It is shown that this approach is equivalent to the use of spectral viscosity as a …

The development of implicit approaches has prompted debate on the actual usefulness of
any explicit subgrid-scale modelling in large-eddy simulation. This question is addressed …

When planning a new wind farm, optimising the turbine layout to maximise power output is
crucial. Traditional approaches based on analytical wake models often fail in complex …

In the context of turbulent flows, this study presents a new methodology for the high-fidelity
simulation of conjugate heat transfer between solid and fluid. The numerical strategy is …

Abstract Direct Numerical Simulations are performed to provide a fine description of the
turbulent mixed convection flow in an upward heated pipe. The introduction of buoyancy …

Immersed boundary conditions (IBC) have become a practical tool to simplify the meshing
process for the simulation of complex geometries in CFD. This approach has reached a …

In this study, the viscous filtering technique is extended to one-sided and biased finite-
difference schemes for non-uniform meshes. The most attractive feature of this technique …

In this work, the wind farm simulator WInc3D is employed to perform large-eddy simulations
(LES) of the flow over a complex terrain. The methodology used is validated through …

Implicit Wall-Layer Modelling in Turbulent Pipe Flow | SpringerLink Skip to main content
Advertisement SpringerLink Account Menu Find a journal Publish with us Track your research …

This study concerns the development of a new numerical technique for the simulation of
Conjugate Heat Transfer (CHT) in turbulent pipe flow configuration. The method is …