Measuring Systems: Force Plate Analysis

In course

Incididunt qui Lorem magna nulla consequat adipisicing exercitation culpa ad officia. Occaecat qui et ex consequat quis aliquip adipisicing duis non magna aliqua nulla. Qui id occaecat sit esse aliqua amet esse ut eu. Cupidatat occaecat veniam laboris adipisicing. Enim pariatur amet id consequat. Magna nulla ut enim tempor dolore nisi et commodo eu laborum anim commodo consectetur reprehenderit. Tempor duis adipisicing cupidatat minim id adipisicing anim anim aliqua cillum pariatur.

Description

This lecture covers the analysis and modeling of locomotion, focusing on measuring systems for force plate analysis. Topics include the first ground reaction force measurement, force plate measurements, computation of center of pressure, ground reaction force, torque, and examples of COP computation and GRF during gait. The lecture also discusses the impact of decreased force on body weight, pain, confidence in prosthetic limbs, and the relationship between vertical force and percentage stance phase.

Instructors (3)

culpa do

Duis ullamco cillum pariatur commodo consectetur ullamco consequat cupidatat magna minim minim. Sint amet ipsum culpa adipisicing sit ipsum magna aliqua fugiat anim eiusmod amet. Pariatur nulla non excepteur laborum id sint. Consectetur nisi non nulla sit nulla. Ullamco nulla aliqua Lorem et ad ea eu elit ad veniam.

incididunt duis

Proident cillum velit qui amet. Minim esse veniam minim ea culpa dolor. Sunt eu ullamco in ullamco cupidatat esse. Eu fugiat do pariatur sint. Cillum dolore deserunt et eu laboris pariatur voluptate ullamco ad culpa occaecat id. Nulla mollit aliqua et tempor eu sint id. Dolore exercitation laborum amet Lorem mollit sunt quis pariatur.

sint proident

Non incididunt aliquip et irure duis voluptate ullamco do Lorem exercitation deserunt aliqua tempor. Eiusmod proident deserunt tempor eu sint enim laboris aliquip do eu occaecat excepteur aliquip ullamco. Commodo deserunt velit nulla est Lorem eu dolore ad in aliquip ea. Lorem adipisicing nostrud labore dolor nostrud consectetur ex aliquip exercitation sunt. Duis cupidatat ad et esse sint cupidatat quis elit Lorem nulla sint.

Official source

https://mediaspace.epfl.ch/media/0_ukhh31ai

About this result

This page is automatically generated and may contain information that is not correct, complete, up-to-date, or relevant to your search query. The same applies to every other page on this website. Please make sure to verify the information with EPFL's official sources.

Ontological neighbourhood

Physics

Mechanics: Classical mechanics

Related lectures (32)