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Research project

EPSRC Centre for Doctoral Training in Next Generation Computational Modelling

Project overview

The EPSRC Centre for Doctoral Training in Next Generation Computational Modelling (NGCM) provides an innovative training programme for post-graduate students to:
- be trained in state-of-the-art best practice for computational modelling
- be exposed to industrial and real-world problems
- become cross-disciplinary communicators
- become cross-disciplinary computational problem solvers

The programme consists of a year of taught material, before students go on to spend three years dedicated on a research topic. The NGCM benefits from an extended network of diverse industrial and academic partners, providing strategic input, hands-on collaboration, sponsorship and internship opportunities. In this way, we enable and encourage the cross-fertilization between modelling paradigms, modelling communities, and application domains that has been identified by industry as critical to the future impact simulation modelling. Unfortunately, the NGCM is therefore no longer accepting new students, and our final cohort (2018/19) are now in the research phases of their PhDs.

Staff

Lead researcher

Professor Edward Richardson

Professor

Research interests

  • Thermal energy systems for power and propulsion.
  • Turbulent combustion simulation, theory and modelling.
  • Dispersion and explosion of alternative fuels and other pollutant releases.

Collaborating research institutes, centres and groups

Research outputs

Vilhelm Ekberg,
Marley, Luke Samways,
Majda Misini Ignjatovic,
& Ulf Ryde
, 2022 , ACS Physical Chemistry Au , 2 (3) , 247--259
Type: article
James Waters,
Caitriona Jackman,
Laurent Lamy,
Baptiste Cecconi,
Xavier Bonnin,
Karine Issautier,
& Alexandra Fogg
, 2021 , Journal of Geophysical Research: Space Physics , 126 (10)
Type: article
Jack Tyler,
, 2021 , Acta Astronautica , 183 , 43--51
Type: article
Marley, Luke Samways,
Richard D. Taylor,
Hannah Bruce Macdonald,
, 2021 , Chemical Society Reviews , 50 (16) , 9104--9120
Type: article
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