The FEBio software is designed for multiphysics finite element simulations in biomechanics and biophysics. We tweet new info here.
University of Utah, SLC, Utah
Joined April 2018
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FEBio Software retweeted
Professor Jeffrey Weiss: An Algorithmic and Software Framework to Incorporate Orientation Distribution Functions in Finite Element Simulations for Biomechanics and Biophysics @JeffWeissUT @FEBioSoftware @UtahBME @uusci sciencedirect.com/science/ar…
FEBio Software retweeted
Check out the new open-source method by @DW_Laurence combining @3DSlicerApp #SlicerHeart and @FEBioSoftware to estimate in-vivo heart valve strains in children with complex #CHD. link.springer.com/article/10… @JeffWeissUT @SteveAMaas @CHOP_Research @HeartCare4Kids @AdditionalVent
FEBio Software retweeted
#newinJBME This study reconciled the two most popular growth theories for biological growth and explained the special circumstances under which the constrained mixture growth model reduces to the kinematic growth model. @labellestevena @JeffWeissUT doi.org/10.1115/1.4065309
FEBio Software retweeted
Michelle Mendoza, PhD, and @JeffWeissUT, PhD, are the recipients of a $2.6 million grant from the @NIH to research how tension in lung tissue affects the growth of tumors. This innovative research could reveal new mechanisms in lung cancer development: bit.ly/3XZlEJt
FEBio Software retweeted
Please to share manuscript, 'Continuum growth mechanics: Reconciling two common frameworks" w/ Gerard Ateshian and @labellestevena. We derived relationships between constrained-mixture and kinematic growth frameworks, both available in @FEBioSoftware. pdf: t.ly/OwVWF
FEBio Software retweeted
For #FossilFriday, here’s the skull of #Spinosaurus, a large sail-backed dinosaur from North Africa. I’ve been running FEA analyses on @FEBioSoftware and am enjoying it so far. Special thanks to Alejandro Lopez-Vaca for introducing me to FEBio. #Dinosaurs #Paleontology
FEBio Software retweeted
Pleased to share @labellestevena's study on influence of ECM orientation/density on microvessel guidance. Anisotropy gradients recruit microvessels over short and long distances, and overcome dense interfaces such as tumor-associated collagen structures. tinyurl.com/43vf592s
ALT https://tinyurl.com/43vf592s
FEBio Software retweeted
Valve FEM humor from @jolleylab team member and future graduate student Patricia Sabin. You never know what you are going to find on her Github threads. We call this one "jazz chords" and think it could be start of a series. @FEBioSoftware
FEBio Software retweeted
Happy to share our new methodological paper on AAA+ILT mechanics! The focus is on the treatment of boundary surfaces. Broad use of OS software @3DSlicerApp @meshmixer @GibbonToolbox @FEBioSoftware mdpi.com/2306-5354/11/2/144
FEBio Software retweeted
A fantastic effort led by students @BerggrenCaleb, @davidjiangbme, Jack Wang, @JakeBergquist, @lindsay_rupp, and Zexin Liu to couple #UncertainSCI and @FEBioSoftware. Collaboration between @TAMUEnMed @bmentamu @UtahBME @uusci @uofumath.
FEBio Software retweeted
The @FEBioSoftware workshop will offer participants an overview of the latest developments in FEBio and FEBio Studio.
Would you like to present your software during the #CMBBE2024 symposium? No problem, we are still accepting workshop proposals: bit.ly/CMBBE_workshop
FEBio Software retweeted
#newinJBME A new fluid-solutes solver in @FEBioSoftware now allows modeling of chemical reactions involving neutral or charged solutes within dynamic fluid flow. @JeffWeissUT doi.org/10.1115/1.4062594
FEBio Software retweeted
#newinJBME This study led by @JeffWeissUT and Gerard Ateshian @ColumbiaBME and presents a theoretical foundation for viscoelastic tissue damage mechanics. Models are available in the @FEBioSoftware repository. doi.org/10.1115/1.4056063
FEBio Software retweeted
1/4) @wensi_wu’s preprint, “The Effects of Leaflet Material Properties on the Simulated Function of Regurgitant Mitral Valves,” is now available on @arxiv. We appreciate the support and collaboration of @JeffWeissUT, @SteveAMaas, and @lassoan! arxiv.org/abs/2302.04939
FEBio Software retweeted
#newinJBME Interested in soft tissue damage modeling with @FEBioSoftware? Check out the latest from Gerard Ateshian @ColumbiaBME and @JeffWeissUT @UtahBME: a numerical scheme for modeling reactive viscoelastic materials. doi.org/10.1115/1.4054983
FEBio Software retweeted
Graduate students, don’t miss the deadline for the 2023 #SB3C Student Paper Competition!
The PhD Competition Abstract Deadline is Jan 𝟱𝘁𝗵
The MS Competition Abstract Deadline is Jan 𝟭𝟮𝘁𝗵
The General Abstract Deadline is Jan 𝟭𝟮𝘁𝗵
SPC 2022 winners are featured below!
FEBio Software retweeted
Fitting a nonlinear viscoelastic material model to annulus fibrosus specimens using @FEBioSoftware Reactive Viscoelastic Framework. FEBio's open-source FE code has democratized cutting-edge biomechanical modeling.
FEBio Software retweeted
Excited to be presenting at #AHA22 for @JolleyLab and team on how images and modeling can inform valve repair in CHD. @3DSlicerApp #SlicerHeart @PerkLabResearch @FEBioSoftware
FEBio Software retweeted
Don't forget to register for the @simvascular workshop at the @SB3Corg conference June 23rd. We will be doing tutorials and hands on training, appropriate for new and advanced users. Early registration ending soon. sb3c.org/registration/sb3c-p…