In this case study, we hear from Yukesh Karki, a doctoral student from Aerospace Engineering in the School of Metallurgy and Materials, who used BlueBEAR to identify the optimal three-dimensional nozzle geometry for hydrodynamic jet propulsion. He is also the winner of ‘best talk’ at the BEAR Conference 2026. Nature has already evolved highly efficient methods … Continue reading “Learning from Nature: Using HPC to Design Efficient Jet Propulsion “
Tag: CFD
Modelling accelerator-based neutron sources using the BlueBEAR cluster
In this case study we hear from Louis Butt, a doctoral researcher from Metallurgy and Materials, who has been using BlueBEAR to research accelerator-based neutron sources. I am a PhD student researching accelerator-based neutron sources in the School of Metallurgy and Materials. My work involves taking measurements with our source at the University’s MC40 Cyclotron … Continue reading “Modelling accelerator-based neutron sources using the BlueBEAR cluster”
Atomic Simulation to Build Better Batteries
In this case study we hear from Oskar Soulas, a PhD student in Chemistry, who has been using BlueBEAR to investigate lithium–sulphur–nitrogen solid electrolytes for next-generation battery technologies. I am a second year PhD student in the Scanlon Materials Theory Group (SMTG) based at the University of Birmingham. The group uses powerful computational tools to understand … Continue reading “Atomic Simulation to Build Better Batteries”
Bio-inspired FSI and HPC-driven aerodynamic optimisation
In this case study we hear from Hibah Saddal, a PhD student in Aerospace Engineering, who is using BlueBEAR to optimise aerodynamic performance. At the 14th BEAR Conference 2025, I had the opportunity to present my research carried out with my PhD advisor, Dr Chandan Bose, on bio-inspired fluid-structure interaction (FSI) problems, where we leveraged … Continue reading “Bio-inspired FSI and HPC-driven aerodynamic optimisation”
RNA sequencing analysis made easy with BEAR
In this case study we talk to Jonny Lewis (researcher in Inflammation and Ageing) about how BEAR helps in understanding changes in the cells lining blood vessels when blood flow is not linear and smooth – altering what they release and communicate with. The sound of a computer, working at its limit, the fan desperately … Continue reading “RNA sequencing analysis made easy with BEAR”
March 2025 BEAR Newsletter
Birmingham Environment for Academic Research (BEAR) Newsletter This month we reached our 1500th publication logged where BEAR services have been used during the research, congratulations to Aaron Scott from the Department of Inflammation and Ageing! We will be featuring a case study on his research in a future newsletter. In team news this week, we were … Continue reading “March 2025 BEAR Newsletter”
Fluid dynamics in Scroll Expanders and Static-Shaft Wankel Expanders
In this case study, we hear from Anil Taskin, a researcher in the School of Engineering, who has been leveraging BEAR (Birmingham Environment for Academic Research) to study fluid dynamics in Scroll Expanders and Static-Shaft Wankel Expanders. A significant amount of research is dedicated to efficiently harnessing renewable energy sources such as solar, wind, and … Continue reading “Fluid dynamics in Scroll Expanders and Static-Shaft Wankel Expanders”
Utilising BlueBEAR for radiation transport simulations and computational fluid dynamics
In this case study, we hear from Kiran Nutter (PhD student in the Nuclear Physics group), who has been utilising BEAR to study applications of gamma ray imaging. I am a PhD student in the Nuclear Physics group at the University of Birmingham, and a part of the EPSRC Centre for Doctoral Training in Topological design. … Continue reading “Utilising BlueBEAR for radiation transport simulations and computational fluid dynamics”
Modelling multiphase flows for sustainable manufacturing and thermal energy applications
In this case study, we hear from Faysal Khaleel and Fahad Al-Gburi (based in the School of Engineering), who have been utilising BEAR to study fluid dynamics problems in materials synthesis and heat transport applications. We are PhD students within Dr. Jason Stafford’s research group in the School of Engineering and co-supervised by Prof. Yulong … Continue reading “Modelling multiphase flows for sustainable manufacturing and thermal energy applications”
BEAR PGR/ECR Conference opportunity 2025
We are starting to plan for the 14th BEAR conference – an event originally created to give PhD students experience in running a conference, as well as provide a showcase for the fantastic research done on services provided by Birmingham Environment for Academic Research (BEAR). With previous support from the Graduate School and our suppliers, … Continue reading “BEAR PGR/ECR Conference opportunity 2025”