OpenCap

OpenCap is a software package to estimate 3D human
movement dynamics from smartphone videos.
Forum posts last week: 9

Muscle-actuated Simulation of Human Running

The purpose of this study was to determine how
muscles 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: 60
Total followers: 41
Total downloads: 25,957

2007BioE15 Bruns

Submit materials for class
Total followers: 79

OpenSim

Provide easy-to-use, extensible software for
modeling, simulating, controlling, and analyzing
the neuromusculoskeletal system.
Downloads last week: 2,013
Forum posts last week: 6
Total followers: 318
Total downloads: 796,024

Upper Extremity Dynamic Model

Provides the files associated with a dynamic model
of the upper limb for use in SIMM or OpenSim.
Total followers: 45
Total downloads: 9,993

Calibrated EMG-Informed Neuromusculoskeletal Modelling Toolbox (CEINMS)

Provides an easy to use toolbox, compatible with
OpenSim, for the estimation of the human lower
extremity muscle and joint dynamics.
Total followers: 41

MITK-GEM: Software pipeline to GEnerate Models from images

Provides a image analysis application with GUI to
generate finite element models from medical
images.
Downloads last week: 64

Upper Extremity Kinematic Model

Upper-extremity available for download along with
accompanying publications.
Total followers: 27
Total downloads: 10,995

Open Knee(s): Virtual Biomechanical Representations of the Knee Joint

Open Knee(s) goals have been to provide free
access 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: 299
Total followers: 47
Total downloads: 144,371

OpenSim Moco

OpenSim Moco solves optimal control problems with
musculoskeletal models defined in OpenSim, using
direct collocation.
Forum posts last week: 1

Practical Annotation and Exchange of Virtual Anatomy

This site serves for dissemination of aeva and its
use 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: 62

SimVascular: Examples and Clinical Cases

Download examples and clinical case files for
cardiovascular modeling and simulation compatible
with SimVascular
Downloads last week: 61
Total downloads: 14,376

Validation of Subject-Specific Knee Models from In Vivo Measurements

Working models, data, code, and results for work
to validate that in vivo methods for measuring
laxity and obtaining knee geometry are comparable
to methods previously standard for knee modeling
of in vitro specimens.
New followers: 1

Platform for Dynamic Simulation and Control of Movement based on OpenSim&MATLAB

This project overcomes neuromusculoskeletal
systems limitations of MATLAB®/Simulink® and
robust design & control limitations of OpenSim
through an interface between these two software
packages that combines relevant strengths of each
individual package.
Total followers: 73

Closed loop simulation of a human-exoskeleton and kinetic and kinematic modeling

This project attempts to tackle some of the
challenges in developing an exoskeleton device
using simulation methods. in this project, the
closed loop simulation of a human exoskeleton is
performed .In this study, a simulation-based
method is presented for the designing and analysis
of the parameters of an exoskeleton and its
wearer’s kinetics and kinematics. Model-based
design software, including OpenSim and Inventor,
and mathematical software, such as MATLAB, are
integrated. This method can assist in the
modification of exoskeleton devices and allow
physiologists, and physical therapists to
generate new solutions for rehabilitation programs
using exoskeletons.
Downloads last week: 53