Abstract
Most species of bipeds walk with "bouncing gait" in nature, which plays an important role in their rapid and energy-saving movement. From the perspective of bionics, the "bouncing gait" for an ostrich-like one-leg is introduced in this paper, the bouncing characteristics of the leg is analyzed, the effect law of elastic component on the bouncing performance of the one-leg is revealed, and the forms and mechanisms of failure of the elastic component is obtained. This study provides theoretical references for the selection of elastic components in the ostrich-like robot, and gives an optimization scheme for improving its bouncing performance.
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