In this case study, we hear from Dr Alan Jones (Pharmacy), who has been making use of BlueBEAR to enable his research in drug discovery. My name is Alan Jones. I am an Associate Professor based in the School of Pharmacy. My research interests are linked to drug discovery in the widest sense (making, optimising, and developing … Continue reading “Leveraging computational resources to simulate small molecule–protein dynamics“
Month: March 2023
Unraveling the Secrets of Viscous Fluids: Harnessing the Power of Research Computing
In this case study, we hear from Roberto Hart-Villamil (EngD student in Chemical Engineering), who has been making use of BlueBEAR to enable his research into temperature sensitivity and how it affects everyday products. Ever packed your favourite cream for a vacation in a tropical paradise, only to discover it’s turned into an unrecognizable goo? You’re … Continue reading “Unraveling the Secrets of Viscous Fluids: Harnessing the Power of Research Computing”
Seven brand new posts in Advanced Research Computing
Applications for these posts have closed. Join our brilliant team at the University of Birmingham‘s Advanced Research Computing department (ARC), where you will have the opportunity to work with cutting-edge technology and innovative research projects at a world-class university. The University of Birmingham aspires to establish itself as a World Top 50 university by 2030, … Continue reading “Seven brand new posts in Advanced Research Computing”
Computational Fluid Dynamics (CFD) – Special Interest Group rebooted
Computational Fluid Dynamics (CFD) is used in a variety of engineering disciplines, including civil, railway, river, coastal, tidal, meteorological, and chemical engineering. There are a variety of CFD packages commercially available including ANSYS CFX, ANSYS FLUENT and the open source software OpenFoam. Bruno Fraga, the chair of the CFD Special Interest Group is inviting you to be part of this group. Bruno has organised … Continue reading “Computational Fluid Dynamics (CFD) – Special Interest Group rebooted”
Statistical modelling to map and measure crimes against women and children
In this case study, we hear from Dr. Rowland Seymour (Mathematics), who has been making use of help from the BEAR software group to enable his research into safeguarding women. I’m an Assistant Professor in Mathematics and my research involves developing statistical tools to map and measure crimes, such as human trafficking and violence against women … Continue reading “Statistical modelling to map and measure crimes against women and children”