For a list of my research outputs please see my CV, I am happy to send you copies of papers. I have published two research monographs. One concerns the development of Electrostatic Atomizers for dielectric fluids and was the focus of my PhD and I continued to develop this. The second concerns the development of a PDF based framework for an Eulerian framework for dispersed multiphase turbulent flow.
The objective of this page is to provide a description of codes that have been used in journal publications, and link these to locations where you can download and use them. Codes written in Fortran 95
- PANDORA : github : This is a psuedo-spectral point-particle turbulent DNS code that makes use of the Rogallo transform and has been tested for isotropic stationary and decaying turbulence and also linear shear. It was originally developed by [steve scott] and [Thorsten Wittemier] implemented the pencil decomposition. It has been run on more than 12k cores and a report on this may be found here
- HARTREE : [tbc] : 3D body fitted block structured finite volume code includes Lagrangian phase, DEM extensions. Includes solver and platform independent menu driven setup programs for geometry, mesh, problem setup etc. Output to guide the geometry, mesh, and solver output data is in vtk format so open-source platforms such as Paraview can be used. Eulerian phase currently parallelised with MPI.
- TENSOR_F95 : [tbc] : A derived type and operator definitions for 1st and 2nd order tensors. Used in HARTREE
- 1D PLASMA : [tbc] : 1D RF plasma code for low pressure argon between two parallel plates : There are a number of additional 1D codes, for example testing high order convection schemes.
- LAGSOLVE : [tbc] : Lagrangian particle evolution for d(p(u,T,D))/dt
- PDF_FROM_MEM : [tbc] : Generates a multidimensional PDF from a set of moment constraints using the maximum entropy method