FEBio Software

The FEBio software is designed for multiphysics finite element simulations in biomechanics and biophysics. We tweet new info here.

[FEBio Software @FEBioSoftware]

@KTheivendran Please take note of our extensive tutorials in the KnowledgeBase :)
https://t.co/3blqM4ApI1

[FEBio Software @FEBioSoftware]

Pleased to announce FEBio Studio 3.0, a major update that advances usability, flexibility, and analytical power. This release focuses on programmable workflows and new capabilities for model execution and diagnostics.

Details in Github release notes:

https://t.co/GGCcXOhe6x

[FEBio Software @FEBioSoftware]

Enhanced Rendering — Complete overhaul of render engine with support for multiple backends (Vulkan, Direct3D, OpenGL, and Metal on macOS).

Improved Usability & Visualization — ray-tracer, advanced visual material properties, environment maps, and enhanced modeling tools

[FEBio Software @FEBioSoftware]

Python Support — Script FEBio Studio workflows with an integrated Python editor and interpreter.

Plugin Generation & Repository — Create FEBio plugins in-app and explore community plugins via the new plugin repository.

[FEBio Software @FEBioSoftware]

Interactive FEBio Monitor — Run FEBio models directly within the FEBio Studio graphical interface and inspect the solution state during execution

FEBio Reports — Generate comprehensive, detailed analyses of FEBio runs with support for log-based report generation.

[Acta Biomaterialia @ActaBio]

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 https://t.co/DVhXNisgsU

[Jolley Lab @JolleyLab]

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. https://t.co/EOhNhyCadz @JeffWeissUT @SteveAMaas @CHOP_Research @HeartCare4Kids @AdditionalVent

[JBME Editors @JBMEjournal]

#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 https://t.co/QXhUBMCVsU

[FEBio Software @FEBioSoftware]

If you missed the FEBio Workshop at the SB3C conference in June, you can watch the video, review the presentation slides and work through the tutorial models via this link to our Knowledgebase:
https://t.co/VYRJNUv9Mq

[Huntsman Cancer Institute @huntsmancancer]

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: https://t.co/MpDq5wqDBt

[Jeff Weiss @JeffWeissUT]

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: https://t.co/5fJ2wXDzhe

[Evan Johnson-Ransom @EJR_Paleo_MSc]

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

[Jeff Weiss @JeffWeissUT]

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. https://t.co/H1vBB8AmMn

[Jolley Lab @JolleyLab]

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

[Tasos Raptis @TasosRaptis]

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 https://t.co/4ezzb83htD

[FEBio Software @FEBioSoftware]

Check out this new paper in @JBMEjournal on using FEBio as a teaching tool in undergraduate biomechanics class at @UtahBME. Congrats to @timminslab, @davidjiangbme, @JeffWeissUT and @FEBioSoftware team!
https://t.co/kvJfqZ39LM

[Timmins Lab @timminslab]

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.

[CMBBE Symposium @cmbbesymposium]

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: https://t.co/dEX2vaVE0a

[FEBio Software @FEBioSoftware]

@AG_Cuba Thank you for the information! We will contact you to request a letter of support.

[FEBio Software @FEBioSoftware]

The renewal application for NIH grant that supports FEBio development will be submitted for Nov 5 deadline. If you are willing to contribute a letter of support, please message us. Also, if you use FEBio for teaching, we would love to hear from you!