filmov
tv
Creating and Analyzing Muscle-Driven Simulations of Human Running
Показать описание
Samuel Hamner from Stanford University will discuss how to create and analyze muscle-actuated simulations of running. Hamner will discuss his study characterizing how muscles contribute to propulsion and support of the body mass center during human running. First, Hamner will detail how he used OpenSim tools to generate a subject-specific, muscle-driven simulation of running. Next he will explain how he analyzed the simulation to gain insights into muscle actions. To promote the utilization and acceptance of simulations in movement science, the simulation he will describe is freely available so that others may reproduce his results, perform additional analyses, and gain further insight into running dynamics.
0:55:53
Creating and Analyzing Muscle-Driven Simulations of Human Running
0:11:51
Biomechanics of Movement | Lecture 10.1: Muscle-Driven Simulations: What Are They & How To Use T...
0:06:51
Biomechanics of Movement | Lecture 12.2: Creating Muscle-Driven Simulations of Running
0:07:56
Biomechanics of Movement | Lecture 11.1: Why Create Muscle-Driven Simulations of Walking?
0:04:03
Biomechanics of Movement | Lecture 12.1: Why Create Muscle-Driven Simulations of Running?
0:00:25
A Three-Dimensional Muscle-Driven Simulation of Running
0:25:07
Webinar: Muscle-Driven Simulations and Experimental Data of Cycling, Part 1 of 2
0:08:04
Biomechanics of Movement | Lecture 10.7: OpenSim: A Powerful Tool for Muscle-Driven Simulation
1:05:21
Muscle Excitation Driven Musculoskeletal Modeling & Future Applications to Neurorehab Technologi...
0:00:06
Simulation of the muscle function during walking
0:41:15
Simulating Quadriceps Muscle Atrophy and Activation Deficits during Gait
![[Webcast] Muscle Modeling](https://i.ytimg.com/vi/H4AdfD1Vd_w/hqdefault.jpg)
1:10:45
[Webcast] Muscle Modeling
0:52:07
Measuring and Incorporating Subject Specific Muscle Parameters in Post-Stroke Gait Simulations
![[Webcast] Simulating the](https://i.ytimg.com/vi/BWy4FwqkR54/hqdefault.jpg)
0:36:02
[Webcast] Simulating the dynamic muscle force in an index finger during tapping
0:34:17
Webinar: Muscle-Driven Simulations and Experimental Data of Cycling, Part 2 of 2
0:00:27
Muscle forces during conventional hip dominant deadlifts | OpenSim | 2024
0:00:33
Running - Muscle Contributions to Support and Propulsion During Running
0:09:04
Biomechanics of Movement | Lecture 11.5: How Walking Speed Affects Muscle Actions
0:50:33
Muscle Models in OpenSim 3.0 - Theory and Application
0:57:59
OpenSim Webinar: Understanding How Exoskeletons Affect Muscle-tendon Mechanics During Walking
1:05:18
To Create 3D Muscle Models or Not: That is the Question
0:54:17
KNES789M: Adding Moco Muscles
0:01:00
Flexible muscle-based locomotion for bipedal creatures 🧬🦾 | NRK INTELLIGENCE
0:06:17
Biomechanics of Movement | Lecture 11.4: Muscle Actions During Crouch Gait
Комментарии