This paper presents the design, simulation, and kinematic evaluation of a mechanism aimed at simulating both the motion and ground reaction forces produced by a human foot while walking. Such a mechanism can be used to test the durability of shoes through life cycle analysis. In attempting to mimic the physical motion of the human foot as closely as possible, the forces experienced by the human foot were also accurately replicated through the incorporation of a non-stationary testing platform. As is shown in the paper, this testing environment allows for simple adjustments to be made in order to simulate different body weights as well as different walking surfaces.
Lungu, Titus; Tachynskyy, Igor; and Tayyara, Omri.
"Walking Simulator Mechanism."
The Downtown Review.
Available at: https://engagedscholarship.csuohio.edu/tdr/vol2/iss2/4