Download movie as MP4 or WebM.

Step 1: Identify the context of the problem

The image shows a horse model subjected to an unknown dynamic load, and its response is being simulated using LS-DYNA software. The animation in the background (not shown) likely displays the dynamic behavior of the horse under the applied force.

Step 2: Analyze the screenshot for clues about the simulation

• Frequency: The frequency of $2.6582$ Hz is mentioned in the upper left corner, which indicates that the load or force was applied at this specific frequency.
• Mode 136: This suggests that the horse's response to the dynamic load is being analyzed in terms of its vibrational modes, specifically mode 136.
• Max displacement factor: The max displacement factor of $1.2$ implies that the maximum displacement of the horse due to the applied force is approximately $120\%$ of its original position.

Step 3: Infer the purpose and outcome of the simulation

Based on the information provided, it can be inferred that the LS-DYNA simulation was conducted to analyze the dynamic behavior of a horse model subjected to a specific frequency load. The results likely indicate how the horse responds to such loads in terms of its vibrational modes and maximum displacement.

Step 4: Draw conclusions about the animation

Given the context and information from the screenshot, it is reasonable to assume that the animation in "horsem-g/movie_136.mp4" displays the dynamic behavior of the horse under the applied force, illustrating how it responds to vibrations at a frequency of $2.6582$ Hz.

Conclusion:

The LS-DYNA simulation was conducted to analyze the dynamic behavior of a horse model subjected to a specific frequency load, and the animation in "horsem-g/movie_136.mp4" likely displays the resulting vibrational modes and maximum displacement of the horse.