The following is a list of the projects currently using or looking to use HPC Wales’ services:
  • Transform atmospheric CO2 into liquid fuels and chemicals
  • Develop new chemical processes that meet energy and environmental needs
  • New materials that have application in pharmaceuticals, pigments, etc
  • Nano-particle developments and catalytic material
  • Biodiversity assessment
  • Improved manufacturing engineering techniques
  • Computation approaches in drug design
  • Geological nuclear waste disposal repositories
  • Haptically enabled surgical visualisation simulation
  • Software tools for reconfigurable computing
  • Modelling viscoelastic material flows
  • Groundwater flow modelling
  • Modelling of flood flows
  • Modelling of Condensation
  • Design of new polymeric materials
  • Improving hydrocarbon exploration
  • Software and Performance engineering
  • The Virtual Human – mechanical, physiological and biochemical behaviour
  • Innovations in social research
  • Clinical dose calculation of radiotherapy
  • Facial bio engineering
  • Ageing facial and skin simulation
  • Biological material studies
  • Financial modelling
  • Genetic interactions
  • Next generation genetic sequence data
  • Cardiovascular inflammatory studies
  • Environmental architectural design
  • Modelling and monitoring of combustion systems
  • Wheelchair crash simulation
  • Carbon capture
  • Computerise forensics
  • Biomedical imaging of stroke victims
  • Improve glass production and quality
  • Oil/gas pipeline process water imaging
  • Computer Game and Virtual World developments
  • Molecular ecology of aquatic animals
  • Environmentally friendly processes using green chemistry
  • New catalysts
  • Virtual creatures in real time
  • Information retrieval and networks
  • Medical imaging projects
  • Crop plant bioinformatics
  • Crop monitoring technology
  • Disease distribution and hazard mapping
  • Environmental mapping technology – 6 projects
  • Genomic design
  • Full body fluid dynamics
  • Simulation based design methods
  • Advanced sustainable manufacturing technologies
  • Evidence based medicine
  • Diabetes – medical image analysis
  • Mathematical epidemiology of infectious diseases
  • Evolutionary biology of viruses
  • Healthcare delivery modelling
  • Health database analysis
  • Next generation of predictive modelling of complex fluids and complex flows
  • Healthcare devices
  • Roller coasting at high speeds
  • Crisis management centre using UAV technology
  • Bloodhound project – design decisions
  • Whole body cardiovascular modelling
  • Whole cell nano particle uptake theory and resulting toxicology
  • Global climate modelling
  • Environmental modelling
  • Accelerating applications through Reconfigurable computing technologies
  • Modelling Flows in Complex Geometries
  • Lattice-based simulations of surface catalysis
  • Understanding Protein folding
  • The underlying mechanisms of disease and biological activity
  • Blue Viz - Adaptive Infrastructure for Visual SuperComputing
  • Roboskin
  • Systems development and sustainability through self-regulation

Interested?
If you would like to know more or discuss a project idea, get in touch.

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