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Hello every one,
I just recently subscribed to biomech-L and this is my first
posting so please be patient. I am a post-masters/pre-PhD/lost and
confused student at Drexel University and have recently choosen a project
topic for a neural networks class. To get to the point, I am in need of
_tabular_ information regarding human skeletal muscle force-length and
force-velocity relationships.
Basically I am in need of a good source which has experimental
values recorded in a _tabular_ format for muscles force-length/velocity
relationships. Even better would be sources with muscles moment-angle and
moment-angular velocity relationship, but whatever information I can get
I'll be happy with.
Thank you in advance,
J
Joseph J Sarver
Drexel University
School of Biomedical Engineering and Health Sciences
Philadelphia, PA
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ ~~~~~~~~~~~~~~~~~~~~~~~~
sarverj@cbis.ece.drexel.edu sg94376a@dunx1.ocs.drexel.edu
I just recently subscribed to biomech-L and this is my first
posting so please be patient. I am a post-masters/pre-PhD/lost and
confused student at Drexel University and have recently choosen a project
topic for a neural networks class. To get to the point, I am in need of
_tabular_ information regarding human skeletal muscle force-length and
force-velocity relationships.
Basically I am in need of a good source which has experimental
values recorded in a _tabular_ format for muscles force-length/velocity
relationships. Even better would be sources with muscles moment-angle and
moment-angular velocity relationship, but whatever information I can get
I'll be happy with.
Thank you in advance,
J
Joseph J Sarver
Drexel University
School of Biomedical Engineering and Health Sciences
Philadelphia, PA
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ ~~~~~~~~~~~~~~~~~~~~~~~~
sarverj@cbis.ece.drexel.edu sg94376a@dunx1.ocs.drexel.edu