Labib S

[Alejandro Roldan @aroldan2011]

Great work by @LabibAShahid presenting his work on reduced order modeling of aortic coarctation based on 4D flow MRI at #SB3C 2023. ⁦@UWiscRadiology⁩ ⁦@UWMechEngr⁩

[Alejandro Roldan @aroldan2011]

Great work @LabibAShahid presenting your MRI based computational modeling to assess bladder biomechanics at #AUA23 Engineering & Urology Society. @UWiscRadiology ⁦@UWMechEngr⁩

[Alejandro Roldan @aroldan2011]

Great work CVFD lab at #AUA23! ⁦⁦@UWiscRadiology⁩ ⁦@UWMechEngr⁩ @LabibAShahid⁩

[Henak Lab @HenakLab]

Cardiovascular computational modeling this morning! Spotlight talks by @Udio_NT and @CVBiomech_Witz. Flash talks from @mollykaissar, James Rice, @LabibAShahid, and Callyn Kozitza.

[Labib S @LabibAShahid]

Our paper on 4D Flow MRI-based CFD has been published on @ABMEjournal. We used adaptive mesh refinement to enhance our CFD simulations in patients with aortic coarctation.

Link: https://t.co/FIgYvjMMHW

@UWMechEngr @UWMadEngr @NURadiology @LurieRad @BMESociety @SpringerNature

[Labib S @LabibAShahid]

It was a pleasure presenting our study on using MRI-based #CFD to model bladder voiding at @ISMRM's 2022 Annual Meeting. Shoutout to my collaborators at @UWMadEngr and @convergecfd!

[Labib S @LabibAShahid]

@DeenaMahbuba @MIT @ChemistryMIT Congratulations!

[Labib S @LabibAShahid]

Thank you @UWMadison for celebrating the #uwgrad2020 graduates!

[Labib S @LabibAShahid]

@Rashid_Mukaddim @wiscmedphys @UWMadisonECE Congrats! Wishing you the best for your future 🙂

[Labib S @LabibAShahid]

After dozens of attempts, I finally recorded a video for my #SCMR2021 presentation that I was satisfied with. @UWMadEngr @uw_mechengr @UWiscRadiology

[Convergent Science @convergecfd]

How does CFD help in the fight against heart disease? In Alejandro Roldán-Alzate’s lab at @UWMadEngr, #CFD plays an instrumental role in helping to improve patient outcomes. Find out more on the latest episode of The Mesh Up! https://t.co/xFMcp3RL8r