Force Field X

Force Field X is a group of open source (GPL v.
3), platform independent (Java Runtime
Environment) modules for molecular biophysics.
Downloads last week: 48

The Musculoskeletal Atlas Project

Provides an easy-to-use application for
visualising imaging data, segmenting images,
creating geometric meshes, and exporting OpenSim
and FE models.
Total followers: 23

Simbody: Multibody Physics API

Simbody is useful for internal coordinate and
coarse grained molecule modeling, large scale
mechanical models like skeletons, and anything
else that can be modeled as bodies interconnected
by joints, acted upon by forces, and restricted by
constraints.
Forum posts last week: 1
Total downloads: 6,085

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: 63

SimVascular: Cardiovascular Modeling and Simulation

Provides a platform for patient-specific
cardiovascular modeling and simulation.
Downloads last week: 92
Forum posts last week: 7
Total followers: 73
New followers: 1
Total downloads: 28,426

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

Overall purposes of the project are: 1) To
provide free access to three-dimensional finite
element representations of the knee joint 2)
Open development of knee models for collaborative
testing and use
Downloads last week: 377
Total followers: 40
Total downloads: 86,350

Upper Extremity Kinematic Model

Upper-extremity available for download along with
accompanying publications.
Downloads last week: 49
Total downloads: 8,819

A Method for Quantifying Stiffness of Ankle-Foot Orthoses

Adjustments of Ankle-Foot Orthosis (AFO) stiffness
is commonly prescribed for people with
neurologically impaired to improve walking. It is
important to quantify AFO stiffness levels to
provide consistent patient-specific settings. We
propose the Ankle As
Forum posts last week: 1

Reproducibility in simulation­-based prediction of natural knee mechanics

This project aims for understanding the influence
of 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: 102
Total downloads: 12,010

Model of the Scapulothoracic Joint

Provide an OpenSim Joint model that enables a more
accurate representation of scapula mechanics in
musculoskeletal simulations.
Total followers: 28
Total downloads: 6,884

Thoracolumbar spine and rib cage model in OpenSim

The aim of this project is to provide detailed and
well-validated musculoskeletal models of the
thoracolumbar spine and rib cage, particularly for
investigators with an interest studying
musculoskeletal loading in the trunk.
Total followers: 33

Autoscoper (Bone/Implant Tracking Software)

<div align="justify">Autoscoper is
a 2D to 3D image registration software developed
at Brown University in 2013 as a tool to
investigate intra-articular joint motion during
dynamic tasks. 3D position and orientation of
bones and implants can be resolved in Autoscoper
using volumetric density (CT) data and multi-view
2D radiographs acquired at high-speed
(videoradiographs; VRG). So far, Autoscoper has
been used for tracking the shoulder, spine, wrist,
hip, knee, and ankle joints. </div>
New followers: 1

Upper Extremity Dynamic Model

Provides the files associated with a dynamic model
of the upper limb for use in SIMM or OpenSim.
Total followers: 35
Total downloads: 6,600

Transtibial (below-knee) amputee OpenSim model and Biarticular Prosthesis

This project has two main aims: 1) To develop
and validate a transtibial amputee model with
representative mass, inertial, and muscular
properties 2) To use this model to analyze
collected gait data from transtibial amputees
walking on a Biarticular Prosthesis prototype
Downloads last week: 63

OpenSim

Provide easy-to-use, extensible software for
modeling, simulating, controlling, and analyzing
the neuromusculoskeletal system.
Downloads last week: 2,746
Forum posts last week: 35
New download files: 2
Total followers: 279
New followers: 1
Total downloads: 536,956