Grundutbildning

Stirlingmotor
(2.7 timmar)
2D-ritning
(2.5 timmar)

Step By Step Training

Course Overview

Mechanism Mode

Simulate real-world movement mechanisms.

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Various Solving Methods are available on the Mechanism Mode Command Bar to help control the type of movement during drag like Standard, Rigid, Localized, and Relaxation.

  1. Standard - The solver will attempt to find a solution that localizes the changes around the nodes being dragged. The movement of the dragged nodes will not be “propagated” to nearby nodes. Adjacent sets and geometries within a model may be moved relative to each other (if they are free to do so).
  2. Rigid - The solver will attempt to move all nodes connected to the nodes being dragged with the same transformation, i.e., the movement of the dragged nodes will be propagated onto all unfixed connected nodes. The overall effect will be that under-constrained models move rigidly. If none of the connected geometry is constrained to fixed geometry then all of it will move rigidly. If some of the connected geometry is constrained to fixed geometry then as many nodes as possible will be moved rigidly.
  3. Localized - In this mode the solver will attempt to move the geometry with the transform provided and make no attempt to minimize the number of geometries that are moved. It will not propagate the transform onto connected nodes. Generally, no propagation solving will transform the dragged geometry as specified more often than minimum move solving but less often than maximum move solving.
  4. Relaxation - The solver will find a solution that requires many geometries to move. This mode can be helpful when large movements are necessary and the other drag modes will not find a solution.
This tutorial uses the Mechanical Add-on, click here to download it.
This tutorial requires the MultiPhysics Add-on, click here to download it.
Download the 3D files used in this course
This tutorial requires the KeyShot Add-on, click here to download it.
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