Posted: 28 Apr 2014 | 16:20
Mathematical modelling of complex fluid flows has practical application within many industrial sectors including energy, the environment and health. Flow modelling can include oil and gas flows in long-distance pipelines or refinery distillation columns, liquid cooling of micro-electronic devices, carbon capture and cleaning processes, water treatment plants, blood flows in arteries, and enzyme interactions. Multi-phase flow modelling models flows consisting of gases, fluids and solids within a single system eg steam and water, or oil and gas within a pipe, or coal dust in the air.
Posted: 22 Apr 2014 | 14:20
A visit to the museum is often filled with wonders about the past, other cultures, science and art. For five days in April, a visit to the National Museum of Scotland included an introduction to supercomputers. As part of the University of Edinburgh's programme of family events, EPCC staff and university students were there with a drop-in exhibit: "What Makes Supercomputers Super?". The exhibit had activities which the public, young and old, could interact with and gain insight into how supercomputers support the science being researched at the University of Edinburgh, building on the history displayed by the museum.
Posted: 7 Apr 2014 | 07:33
Michael Chappell leads the Quantitative Biomedical Inference (QuBIc) research group within the Institute of Biomedical Engineering at the University of Oxford. Michael has developed a method of processing functional magnetic resonance image (MRI) data that can be used to recognise blood flow patterns in the brain. I have been helping Michael through one of The Software Sustainability Institute's consultancy projects, which he applied for through the Institute's open call. Part of our collaboration looked at issues around integrating Subversion or Git repositories with CVS.