IN-FORM allows the user to add new physical and numerical features
on a case-by-case basis. This includes the input of problem-defining,
solution-controlling and results-presentation data using the VR
Editor. The user can do this by way of easy-to-write formulae which
are interpreted by the code which then performs the specified computation
MOFOR (MOving-Frame-Of-Reference) models flows induced by bodies
in motion. Uses for MOFOR range from the study of rotating machinery
to the air flow over a ski jumper to help optimise posture for the
reduction of drag and therefore maximise jump distance.
PARSOL (PARtial SOLid) enables PHOENICS to provide accurate flow
simulations without the need to create time consuming unstructured
grids. This makes PHOENICS accessible to the non-CFD expert as it
obviates the need to learn the tools to create such grids.
A guaranteed automatic convergence algorithm has been developed
and included in the latest version of PHOENICS. Most CFD-code (ie
not just PHOENICS) users have, until now, had to adjust convergence
and relaxation parameters to achieve a converged solution. This
development removes the need to run a case overnight to find that
it shows no sign of convergence the following morning.
PHOENICS PLUS (GROUND coding) allows users to create customised
environments to suit specific needs. Where an organisation does
not have the resources, or inclination, to undertake development
CHAM consultants will use PHOENICS PLUS to carry out the necessary
work. If problems involve unique or ground-breaking physics this
may not be included in the core of PHOENICS.
PHOENICS PLUS allows new physics to be added to augment or replace
standard definitions. IN-FORM achieves this on a case-by-case basis
whereas additions made using PHOENICS PLUS are available for all
CHAM is seeking a Manager to promote its CFD-based consultancy business. Check our Vacancies Page for further information
On May 26 Professor Spalding has been invited to delivery a keynote lecture at CHT-15 at Rutgers University.