BioSiMM Lab
@BioSiMMLab
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Biomedical Flows Simulation & Multiscale Modeling (BioSiMM) Lab @CMU_Mech
Pittsburgh, PA
Joined September 2022
This research paves the way for future computational studies that will further investigate the development and function of the placenta.
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We also analyzed differences in uteroplacental hemodynamics in pathological cases representative of intrauterine fetal growth restriction and preeclampsia, a serious condition that can affect the health of both mother and baby.
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In this work, we studied the effect of different placentone anatomical parameters on uteroplacental hemodynamics and presented ranges for these parameters to guarantee a physiological simulation of a healthy and efficient placentone.
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🚀New paper alert!🚀. Our latest research paper, "Computational modeling of a human placentone: Simulating uteroplacental hemodynamics," by PhD student Armita Najmi, is live in @AIP_Publishing, Physics of Fluids. Full paper here: #WomensHealth.
pubs.aip.org
During pregnancy, fetal growth depends on the efficient performance of the placenta. While in vivo measurements of the pregnant uterus are limited due to access
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▶ We demonstrate generalization capabilities for super-resolution across several PDE solutions. ▶ Compared with neural operators, the computational cost is reduced by 47%.
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We developed a novel machine learning model to correct discretization errors in numerical solutions of PDEs. ▶ The graph neural network can reconstruct high-resolution physical dynamics from low-resolution data.
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🚀 New paper alert! 🚀. "Taylor series error correction network for super-resolution of discretized partial differential equation solutions," by PhD student Wenzhuo Xu in collaboration with @ccmccomb. Check out the full paper here: #MachineLearning.
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Congratulations to @CMU_Mech @BioSiMMLab PhD student Arnav Garcha on being awarded one of the ten 2024 CMLH Fellowships in Digital Health Innovation by the Center for Machine Learning and Health @HealthDataCMU at @CarnegieMellon ! 🥳🥳.
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RT @ngrandeg: Thank you, @LabRaghavan and @DrErikaMoore , for inviting me to participate in the @NSF #ElevateHER conference. This was suc….
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The @BioSiMMLab is at the #SB3C2024 @asme_bed Meeting this week! Check out these two talks from the lab 👇
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Congrats to Arnav, Armita and Lara on their presentations at #BMES2023 @BMESociety !. @CMU_Mech @cmu_bme
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The @BioSiMMLab is going to #BMES2023 @BMESociety this week!.Check out our presentations to learn more about our research in coronary modeling, placental blood flow, and cerebral hemodynamics in sickle cell disease in collaboration with @lightuptheFIRE. See you in Seattle!
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RT @CMU_Mech: CMU MechE is hiring! . We have multiple tenure-track and a teaching-track position open. Full details here: . .
meche.engineering.cmu.edu
Join the faculty of the Department of Mechanical Engineering at Carnegie Mellon University.
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Check out PhD student Wenzhuo Xu's work in collaboration with @cmudrc!.
🚨 New dataset by PhD student Wenzhuo Xu with @ngrandeg and @ccmccomb!. 1️⃣ Over 2 million snapshots of 2D fluid dynamics simulations.2️⃣ Paired simulations on low/high res meshes.3️⃣ Unprecedented large-scale multi-fidelity fluid dynamics dataset ideal for scientific ML!
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Fantastic lab!.
We are hiring a postdoctoral researcher in the area of DNA nanotechnology, manufacturing and gene therapy! Come join our team exploring how the design of nanoparticles can impact the cargo uptake and expression. PS: RTs are welcome!.
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RT @The_CMU_BORG: Interested in #bioinspired and #biohybrid #robots? This year Living Machines 2023 is being hosted by the Italian Institut….
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RT @ArashKheradvar: Looking forward to hiring a postdoctoral scholar expert in cell/tissue culture to work on a new NIH funded project. Ple….
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RT @The_CMU_BORG: Are you or someone you know interested in grad school in a field related to neuromechanics or #robotics? the @NSF Funded….
sites.google.com
Graduate study at the intersection of Neuroscience, Biomechanics, and Robotics
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