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DEMO (Differential Evolution for Multiobjective Optimization) is an algorithm based on differential evolution for solving multiobjective optimization problems. The repository contains the DEMO program, its documentation and a test simulator.

During my PhD, I was using Incompact3d (http://www.incompact3d.com/) to perform DNS (Direct Numerical Simulation) of the turbulent channel flow with (conjugate) heat transfer.

This project contains some LES results obtained during the collaboration on fluid-solid thermal coupling between EDF R&D and IJS.

The present project contains the data and source for the publication of C. Flageul and I. Tiselj called 'Impact of unresolved smaller scales on the scalar dissipation rate in direct numerical simulations of wall bounded flows'.

The present project contains the data and source for the publication of C. Flageul and I. Tiselj called 'Convergence rate of individual and global quantities in Direct Numerical Simulations' and published as a letter in the journal Physics of Fluids.

Software package for using DEXi models in R