Emily Manchester

NFFDy Research Fellow in cardiovascular disease @OfficialUoM | @imperialcollege alum | Investigating blood flow turbulence through CFD and MRI

[Biofluids and Transport Group Imperial @XuGroupICL]

Check out our work by Emily Manchester & @SelePirola evaluating computational approaches for accurate aorta simulations🫀⚙showing that phase-averaging results can significantly improve low-res sim. outputs
@DrDeclanORegan

#laminar #LES #turbulence

https://t.co/anvVpy6dU4

[Biofluids and Transport Group Imperial @XuGroupICL]

Lovely day at the Postgraduate Graduation yesterday 🎊

Congratulations to Emily Manchester, Chloe @_charmour Armour and Xiaoxin @kanxiaoxin Kan, all of whom completed their PhD this year🎓🎉
#OurImperial #ClassOf2022 🫀⚙
@ImperialChemEng @ImpEngineering

[Biofluids and Transport Group Imperial @XuGroupICL]

We have a new paper out by @BoramGu, Howard Huang & Emily Manchester developing a simulation platform for #thrombolysis using tPA to evaluate and optimise existing and new thrombolytic therapies 🩸⚙

👇Check it out right here👇
https://t.co/y26dQePokp

#pharmaceuticalresearch

[Biofluids and Transport Group Imperial @XuGroupICL]

Huge congratulations to Emily Manchester for passing her PhD viva yesterday! 🤩🎉

Thank you to @DrAliRevell and Dr Saeed Mirsadree for their time during the viva 😊

#CFD #Turbulence #LES #4DMRI
#DrManchester 🫀🩸⚙

Well done Emily 🍾🎉

[Biofluids and Transport Group Imperial @XuGroupICL]

Our latest paper on combined treatments for acute ischaemic #stroke is available! We modelled combined intravenous #thrombolysis and mechanical #thrombectomy in a patient-derived middle cerebral artery, evaluating treatment performance. #CFD
https://t.co/lSPfqx19oc

[Biofluids and Transport Group Imperial @XuGroupICL]

Our latest research on aortic valve stenosis is out!👇We assessed turbulence contributions towards WSS and energy losses. Key findings show that excluding turbulence contributions could severely underestimate WSS.
@DrDeclanORegan @SelePirola
https://t.co/P5RJlAkh13

[Biofluids and Transport Group Imperial @XuGroupICL]

Check out our new paper by E. Manchester which assesses the effects of turbulence in transitional flow through an idealised medical device using LES. @ImperialChemEng
https://t.co/uaMCEqQmqy