Welcome our UROP student, Yeli Xia yyyeli . Her research focuses on quantitative analysis of local helical morphology and chirality in aortic dissections. This study aims to enhance our understanding of the structural characteristics associated with post-TEVAR outcomes.

New paper out👏. A subject-specific FSI study on the healthy aortic valve by Zhongjie Yin. Congrats!👏👏👏#FSI #AorticValve onlinelibrary.wiley.com/doi/10.1002/cn…

A warm welcome to our visiting MSc student Jannik Geurts. He is currently a second-year student under the supervision of Selene Pirola at TU Delft. During his time at Imperial, he will work on developing a workflow for modeling patient-specific aortic valves using Ansys LS-DYNA.

A newly published paper by Yu Zhu examines how material properties and wall thickness influence rupture predictions of ascending thoracic aortic aneurysms (ATAA) using finite element analysis (FEA). Contact us for more information. #FEA #ATAA link.springer.com/article/10.100…

Here’s to a joyful Christmas and a season of reflection and celebration of our accomplishments in 2024 @ The Biofluids and Transport Group! 🎄 We wish everyone a restful holiday period and a very productive year ahead!

🎥 Honoured to be featured by CEB Cambridge at the University of Cambridge as one of their researchers 😊 Grateful to be part of a community pushing boundaries in science and innovation! ✨️ #chemicalengineering #biomedicalengineering #modellingheartbreak 🫀⚙️

Innovators. Problem-solvers. Changemakers.🔥 Big congratulations to our Class of 2025!👏 #AboutYesterday #OurImperial Imperial College London