& Construction

Integrated BIM tools, including Revit, AutoCAD, and Civil 3D
& Manufacturing

Professional CAD/CAM tools built on Inventor and AutoCAD
Integrated BIM tools, including Revit, AutoCAD, and Civil 3D
Professional CAD/CAM tools built on Inventor and AutoCAD
Any referenced datasets can be downloaded from "Module downloads" in the module overview.
Transcript
00:00
NARRATOR: Design conditions include loads and constraints.
00:04
Selecting structural constraints,
00:06
we will pick the two inner diameter surfaces
00:10
of the thin annular preserves.
00:13
These will be assigned as fixed.
00:17
Next, we will assign structural loads.
00:20
We will assign a force to each of the inner diameter surfaces
00:25
of the thick annular preserves.
00:27
These forces will represent the weight of the monitor arm
00:31
at full extension.
00:33
For this exercise, we will set up a total of three load cases
00:37
to represent different arm positions.
00:40
Creating a new load case would require setting up
00:43
all the parameters again.
00:45
Here, cloning the load case carries
00:48
all of the same parameters.
00:50
To represent full rotation of the arm to the left,
00:54
all that is required is to modify each force
00:57
and adjust the angle accordingly,
00:59
and then clicking OK.
01:02
Cloning to get our third load case,
01:06
we can flip the forces to represent full rotation
01:09
to the right.
01:11
And then click OK to finish the assignment.
Video transcript
00:00
NARRATOR: Design conditions include loads and constraints.
00:04
Selecting structural constraints,
00:06
we will pick the two inner diameter surfaces
00:10
of the thin annular preserves.
00:13
These will be assigned as fixed.
00:17
Next, we will assign structural loads.
00:20
We will assign a force to each of the inner diameter surfaces
00:25
of the thick annular preserves.
00:27
These forces will represent the weight of the monitor arm
00:31
at full extension.
00:33
For this exercise, we will set up a total of three load cases
00:37
to represent different arm positions.
00:40
Creating a new load case would require setting up
00:43
all the parameters again.
00:45
Here, cloning the load case carries
00:48
all of the same parameters.
00:50
To represent full rotation of the arm to the left,
00:54
all that is required is to modify each force
00:57
and adjust the angle accordingly,
00:59
and then clicking OK.
01:02
Cloning to get our third load case,
01:06
we can flip the forces to represent full rotation
01:09
to the right.
01:11
And then click OK to finish the assignment.
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