Trending Projects
Thoracolumbar spine and rib cage model in OpenSim
The aim of this project is to provide detailed andwell-validated musculoskeletal models of the
thoracolumbar spine and rib cage, particularly for
investigators with an interest studying
musculoskeletal loading in the trunk.
Total followers: 39
Tim's OpenSim Utilities
A set of OpenSim plugins/scripts written by TimDorn to extend the functionality of OpenSim
Forum posts last week: 1
OpenMM
OpenMM includes everything one needs to run modernmolecular simulations. It is extremely flexible
with its custom functions, is open-source, and has
high performance, especially on recent GPUs.
Downloads last week: 2,339
Forum posts last week: 3
Total followers: 66
Total downloads: 813,981
Personalised scoliotic spine models
This project is a codified workflow to createpersonalised OpenSim models of the scoliotic spine
from a set of virtually palpated landmarks. The
project provides a simplified model of the spine
(adapted from Bruno et al (2017)), that includes
6DoF at each
Forum posts last week: 1
Upper Extremity Dynamic Model
Provides the files associated with a dynamic modelof the upper limb for use in SIMM or OpenSim.
Total followers: 45
Total downloads: 9,923
Reproducibility in simulation-based prediction of natural knee mechanics
This project aims for understanding the influenceof modelers’ approaches and decisions
(essentially their art) throughout the lifecycle
of modeling and simulation. It will demonstrate
the uncertainty of delivering consistent
simulation predictions when the founding data to
feed into models remain the same. The project site
also aims to be a hub to provide an overview of
resources for modeling & simulation of the knee
joint. Funding is provided by the National
Institute of Biomedical Imaging and
Bioengineering, National Institutes of Health
(Grant No. R01EB024573).
Downloads last week: 148
Total downloads: 26,703
Specimen-Specific Models of the Healthy Knee
Sophisticated, patient-specific, models of theknee for research in rehabilitation, physical
therapy, orthopedic surgery, implant design, and
sports performance.
New followers: 1
Open Knee(s): Virtual Biomechanical Representations of the Knee Joint
Open Knee(s) goals have been to provide freeaccess to three-dimensional finite element
representations of the knee joint and promote open
development of knee models for collaborative
testing and use. <B>Definitive Guide to
Project and Its Outcomes</B> Open Knee(s): A
Free and Open Source Library of Specimen-Specific
Models and Related Digital Assets for Finite
Element Analysis of the Knee Joint. Chokhandre S,
Schwartz A, Klonowski E, Landis B, Erdemir A. Ann
Biomed Eng. 2023 Jan;51(1):10-23. (<A
HREF="https://doi.org/10.1007/s10439-022-0307
4-0">https://doi.org/10.1007/s10439-022-03
074-0</A>) <B>Definitive Guide to
Open Knee(s) Data</B> Specimen specific
imaging and joint mechanical testing data for next
generation virtual knees. Chokhandre S, Neumann
EE, Nagle TF, Colbrunn RW, Flask CA, Colak C,
Halloran J, Erdemir A. Data Brief. 2021 Jan
30;35:106824. (<A
HREF="https://doi.org/10.1016/j.dib.2021.1068
24">https://doi.org/10.1016/j.dib.2021.106
824</A>) <B>Database of Open
Knee(s) Models</B> Under Downloads ->
Data Share -> View -> OKS_models and at
(<A
HREF="https://doi.org/10.18735/b0zv-n395"
;>https://doi.org/10.18735/b0zv-n395</A>)
<B>Database of Open Knee(s)
Data</B> Growing version under Downloads
-> Data Share -> View -> Open Knees Data;
permanent static version at (<A
HREF="https://doi.org/10.18735/4e78-1311"
;>https://doi.org/10.18735/4e78-1311</A>)
Downloads last week: 435
Total followers: 47
Total downloads: 143,759
Practical Annotation and Exchange of Virtual Anatomy
This site serves for dissemination of aeva and itsuse cases. aeva is a free and open source software
for annotation and exchange of virtual anatomy.
The use cases drive design and testing of aeva
features and demonstrate various workflows that
rely on virtual anatomy.
Downloads last week: 70
Muscle-actuated Simulation of Human Running
The purpose of this study was to determine howmuscles contribute to propulsion (i.e., the
fore-aft acceleration) and support (i.e., the
vertical acceleration) of the body mass center
during running.
Downloads last week: 51
Total followers: 41
Total downloads: 25,840
OpenArm: Volumetric & Time Series Models of Muscle Deformation
The OpenArm data sets are designed to enable studyof force- and kinematic-induced muscle deformation
for applications in biomechanics research,
computer graphics, and assistive device
development. **NEW:** The OpenArm Multisensor
2.0 data set contains new time series of
ultrasound-measured brachioradialis deformation,
surface electromyography (sEMG)-measured
activation, force, and goal trajectory data, for
various force-, deformation-, and activation-based
trajectory tracking tasks, under refined
conditions from those of the 1.0 data set. Also
included are all analysis, real-time muscle
deformation tracking, and display code. The
OpenArm Multisensor 1.0 data set contains time
series cross-sectional ultrasound scans of the
brachioradialis muscle under variable elbow
loading, alongside corresponding surface
electromyography (sEMG), acoustic myography (AMG),
and force data. The OpenArm 1.0 and 2.0 data
sets encompass factorial sets of volumetric scans
of the arm, generated using ultrasound and motion
capture, that allow for analysis of both force-
and configuration-associated muscle deformation.
Downloads last week: 94
Total downloads: 14,800
OpenMM Zephyr
OpenMM Zephyr provides a visual application forrunning GPU-accelerated molecular simulations.
Downloads last week: 827
Total downloads: 1,107,671
Digital Astronaut Simulation
The Digital Astronaut Simulation (DAS) supportsapplications in human spaceflight from
microgravity exploration exercise countermeasure
system development to lunar extravehicular
activity assessments.
https://nasa.gov/general/digital-astronaut-simulat
ion-tool/
New download files: 3
New followers: 3
SCONE: Open Source Software for Predictive Simulation
<imgsrc="https://scone.software/scone_window.png&
quot; alt="SCONE">SCONE is free and
open-source software for <b>predictive
simulation</b> of human and animal
motion. With SCONE, you can define and optimize
<b>neuromuscular controllers</b> to
optimally perform a specific task, according to
<b>high-level objectives</b> such as
walking speed and energy efficiency. Please
visit the <a
href="https://scone.software">SCONE
homepage</a> for more information, or check
<a
href="https://scone.software/doku.php?id=chan
ges">what's new</a> in the latest
version.
Forum posts last week: 3
Total followers: 34
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Jobs
PhD Position in Neuromusculoskeletal Modeling
Rice Computational Neuromechanics Lab
Jul 20, 2024
Jul 20, 2024
The Rice Computational Neuromechanics Lab directed by B.J. Fregly is seeking to hire a new PhD student with the appointment beginning as soon as possible.