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124. horsem-g1/movie_021.mp4

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AI-generated description:

3D horse model simulation using LS-DYNA software showcasing movement and deformation under various loads and boundary conditions. Animation highlights time step size, integration methods, and realistic behavior visualization.

Overview

This image shows a 3D animation of a horse model created in the computer-aided engineering (CAE) software tool, LS-DYNA. The animation is part of a larger dataset that includes several other animations.

Animation

The animation depicts a horse's movement and deformation under various loads and boundary conditions. The simulation allows for visualization of how different components of the horse model behave when subjected to these loads.

  • Horse Model: A 3D horse model created using LS-DYNA, with specific parameters set in the input file.
  • Loads: Different types of loads are applied to the horse model, such as impact forces and boundary conditions.
  • Boundary Conditions: Boundary conditions are set to simulate real-world scenarios, including contact between the horse's body and its surroundings.

Simulation Parameters

The simulation parameters include:

  • Time Step Size: The time step size determines how often the simulation updates the position of each node in the mesh. A smaller time step size allows for more accurate simulations but increases computation time.
  • Integration Method: The integration method is used to update the state variables at each time step. LS-DYNA supports several integration methods, including explicit and implicit methods.

Conclusion

The animation "horsem-g1/movie_021.mp4" shows a horse model created in LS-DYNA being subjected to various loads and boundary conditions. The simulation allows for visualization of how different components of the horse model behave when subjected to these loads. The screenshot provides a snapshot of the animation at one point in time, highlighting the deformation of the horse's body under load.