Ansys Rigid Body Dynamics Contact

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• Frequently Asked Questions

• What is 2D rigid body motion?

  Kinematics of Two-Dimensional Rigid Body Motion Even though a rigid body is composed of an infinite number of particles, the motion of these particles is constrained to be such that the body remains a rigid body during the motion. In particular, the only degrees of freedom of a 2D rigid body are translation and rotation.

• How to fix the rigid body to the ground?

  To fix the rigid body to ground, in the Connections folder insert a Fixed Joint. It would be a bit more efficient solving if you split the face in two. Try the default contact definition initially, but use a Contact Tool and Generate Initial Contact Status to ensure that the contact is initially closed before the analysis starts.

• Are connector elements included in the rigid body?

  If connector elements that activate material flow degree of freedom at nodes are included in the rigid body, the material and flow through the rigid body as that degree of freedom is constrained to the motion of the rigid body. The following elements cannot be declared as rigid:

• Why rigid body dynamics?

  When we are more interested in simulating the rigid body motion of an object, rather than its deformation, using rigid body dynamics is the fastest and computationally most efficient way. Alternate video link. Loading PDF 100% ...

• How do you increase the volume of a rigid body model?

  Use Up/Down Arrow keys to increase or decrease volume. When we are more interested in simulating the rigid body motion of an object, rather than its deformation, using rigid body dynamics is the fastest and computationally most efficient way. Alternate video link.