Abstract: This work was designed to investigate biomechanical aspects of the evolution based on the hypothesis of dynamic cooperative interactions between ...

Oct 22, 2024 · This work was designed to investigate biomechanical aspects of the evolution based on the hypothesis of dynamic cooperative interactions ...

In this paper, we report computer simulation results that can show the evolution process of the body shape and the locomotion pattern in the hopping animals. II ...

Abstract: This work was designed to investigate biomechanical aspects of the evolution based on the hypothesis of dynamic cooperative interactions between the ...

Hopping motions were generated through mutual entrainment between the neural oscillation and the body dynamics of the musculo-skeletal system. The evolutional ...

Changes in the locomotion speed with the evolution time. The. A Simulation Study on the Evolution of Hopping Motions in Animals. Article. Full-text available.

A simulation study on the evolution of hopping motions in animals. This work was designed to investigate biomechanical aspects of the evolution based on the ...

Mar 25, 2024 · Evolutionary implications for hopping. When compared to other mammals, the mechanical advantages used by kangaroos are disproportionately low ...

The goals of this chapter are two-fold—to glean the fundamentals of locomotor evolution and to consider the pathways for performing rigorous evolutionary ...

Therefore, the simulation analysis method is used to study the mechanism of frog jumping motion. As we all know, the frog's jumping movement depends on its ...