Biomechanics of Movement | Lecture 4.2: Basic Muscle Properties: Force-Length and Force-Velocity

Lecture by Professor Scott Delp of Stanford University about biomechanics of muscle. Learn about fundamental muscle properties including the force-length and force-velocity relationships. Understanding these muscle properties and relationships helps us to explore how changing biology can affect the force output of a muscle.
This lecture covers part of "Biomechanics of Movement Chapter 4: Muscle Biology and Force"
Lecture 4.1: Converting Food into Movement: Muscle Structure and Force Generation • Biomechanics of Moveme...
Lecture 4.2: Basic Muscle Properties: Force-Length and Force-Velocity Relationships • Biomechanics of Moveme...
Lecture 4.3: What is Tendon? • Biomechanics of Moveme...
Learn more at biomech.stanford.edu/
Explore all videos on the Biomechanics of Movement KZbin Channel: / @biomechanicsofmovemen...
Additional resources:
OpenSim: simtk.org/projects/opensim
Acknowledgments:
Clio Delp, Sebastian Kleppe, University of Ottawa (Video Production)
Marissa Lee, Melissa Boswell, Hannah O'Day (Content Review)
The Stanford Human Performance Lab especially Scott Uhlrich & Julie Muccini (Demos)
The University of Ottawa and Neuromuscular Biomechanics Lab of Stanford University

[@stevenculver7228]

The bicycle gear analogy was very good; it well explains the physical mechanism of optimal locomotive velocity.

[@mohaneshravi2623]

I presume that the force-length property could be the best explanation to answer why we could push easier than to pull an object