Welcome

The UK Turbulence Consortium is a group of academics and researchers from across eight universities, committed to undertaking high quality, world leading turbulence simulation and scientific research.  We use high performance computing systems, such as HECToR, to investigate fundamental aspects of turbulence problems using numerical simulations.  Cases include transitional and fully developed turbulent flows in canonical and complex geometries, with relevance to a wide range of engineering, environmental/geophysical and biological applications. 

The consortium was set up following a grant from the EPSRC (Engineering and Physical Science Research Council).  This initial funding came to an end in 2009 and we applied for and were awarded a further five years of funding.  As a consortium we aim to coordinate, augment and unify the research efforts of our participants, and to communicate our expertise and findings to an international audience.  This is done through a combination of publications, Annual Workshops/Conferences and our UKTC database.  Every September the group gathers for a conference at which recent work is reviewed. This year we are holding an extended 3 day conference to which the wider turbulence community is also invited.

As well as the funding coming directly to the consortium, members have been pursuing research topics, often initiated by contacts they made within the consortium, in separate grant applications to EPSRC. Examples are the Southampton–Cambridge joint projects, as well as the Imperial College (Morrison) and UMIST work (Craft) that have been funded explicitly to use simulation data arising from Consortium activities. Such inter-institutional activity is certainly stronger now than before the first consortia were formed, and demonstrates how the consortium is helping to create an environment whereby we can choose the right simulations to invest in and exploit these data once they have been validated, one of the key aims of the UKTC.

Government cuts to science research budgets over the last few years have threatened the ability of the UK to fully compete at a global level with other leading supercomputer technology turbulence centres such as NASA-Stanford Centre for Turbulent Research and the J.M. Burgers Centre.  The UK falls short in both investment in the technology and investment in staff, however we are confident that the strength of the consortium will enable us to compete at the global level. 

Computational Support from Daresbury

Turbulent flow calculations are efficient only when codes are designed from the beginning for specific applications. In this sense the field is different to many other users of HPC, where only a handful of codes need to be parallelised and optimised. Read More

Scientific Applications

 
A new code for compressible flow with shock waves has been developed at Southampton using new techniques of entropy splitting and consistent boundary formulations. Read More

User login

UKTC Database

The UKTC database aims to become a complete repository for data that is generated within the consortium.

Visit the database to learn more

Request more AUs

UKTC members, if you wish to request more AUs please complete this form and return to Professor Gary Coleman.

HECToR

More information on the various aspects of the HECToR Facility that are centred around supporting the Cray XT5h supercomputer.
Learn more

Visualization data

Contact Details

Professor Gary Coleman

Aerodynamics and Flight Mechanics Group
School of Engineering Sciences
University of Southampton
SO17 1BJ

Tel. +44 (0)23 8059 2313
Fax. +44 (0)23 8059 3058
Email: g.n.coleman@soton.ac.uk


 

Southampton University

The UKTC is hosted within the Aerodynamics and Flight Mechanics Group at Southampton University.  As well as getting involved with the UKTC, the group carries out a wide range of other research including:

  • high speed flows
  • fluid mechanics
  • applied aerodynamics and aeroacoustics
  • rotorcraft design and aircraft operations
  • industrial aerodynamics

Facilities

The UKTC has access to one of the largest supercomputers in the country, as well as other excellent computational and experimental facilities at a more local level.  At the moment a new, state-of-the-art visualisation system is being installed at Southampton which will allow complicated simulations to be done remotely and then displayed on the individual's desktop computer.   

UK Turbulence Consortium. 2010
http://www.turbulence.ac.uk