& 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
Transcript
00:08
Hello, my name is Thom Tremblay from Concepts and Design.
00:12
This course is on a modern approach to creating documentation.
00:17
The learning path for this course, we'll look at annotating a 3D model and sharing the annotated model,
00:24
analyzing tolerance relationships in an assembly and then sharing the results of that analysis.
00:32
This course will be the fifth and final chapter in the series and it will focus on exporting the data of the analysis results,
00:41
including generating a report.
00:43
We'll see what options you have for managing existing analysis in the model.
00:49
And we'll take a look at another option for doing tolerance stack up calculations.
00:55
Opening the Tolerance Analysis stack ups assembly, we can again return to the Annotate tab and then to Tolerance Analysis.
01:05
When the Tolerance Analysis opens, the two stack ups are still present in the model.
01:12
You can return to one of the tolerant stack ups by selecting the arrow,
01:15
and it will give you all of the information that you previously saw, when you did the analysis.
01:22
From here, you can continue to experiment with the tolerances.
01:26
For now, though, let's focus on getting this information available to others.
01:32
With Stack Up 1 active, I'll zoom in on the information from that analysis.
01:38
In the report panel, I'll select Take Snapshot.
01:42
This will prepare a snapshot that can be included in the report.
01:47
After the snapshot has been taken, if I relocate the model, then select Show Snapshot,
01:54
it will revert the model back to the screen position of the snapshot.
02:00
If I activate Stack Up 2, you'll see that the annotation for Stack Up 1 disappears and the information for Stack Up 2 is present in the model.
02:11
Let's create another snapshot.
02:14
And now we're ready to start sharing the information.
02:18
We can import previous tolerant stack up analysis files into Inventor.
02:24
We can also export them.
02:26
By selecting the Export tool, we can give the file a name and a location and save it.
02:35
This is information that we can share with others for their review of our work.
02:41
Another way to share the information is to generate a report.
02:46
By selecting the Generate Report tool, we'll be asked to give the file a name.
02:52
This will be an html document that we can easily pass to others.
02:57
After the report is generated, it will appear in whatever our default browser is.
03:03
We can scroll down through the information and on the left are links that will quickly take the viewer to a certain section.
03:12
All of the key information on the tolerance stack up is included, including any of the graphical information.
03:22
At any time in the Tolerance Analysis tab, if you refer back to the summary of 1D tolerance stack ups,
03:30
you can go to any of these studies, go to edit them, rename them or delete them if you want to remove them from the model.
03:41
Finally, I'd like to remind you that there is another tolerance calculator built into Autodesk Inventor.
03:48
If you go to the Design tab where the Design Accelerator tools are stored, you can go to the Power Transmission panel, expand it,
03:57
and find a Tolerance Calculator along with the limits in fits calculator and a press fit calculator.
04:05
Starting the tolerance calculator, you can add as many dimensions as you like.
04:10
The final role listed will be the resultant dimension.
04:14
So by going in and making some quick modifications for the tolerances and the nominal dimension,
04:20
you can click "calculate" and it will give you the resultant value necessary to accommodate that stack of tolerances.
04:29
This is a really quick way to do a preview before you even begin the process of creating your 3D models,
04:36
which of course, you'll want to double check with tolerance analysis,
04:39
and share that information with others by generating reports and exporting the information.
Video transcript
00:08
Hello, my name is Thom Tremblay from Concepts and Design.
00:12
This course is on a modern approach to creating documentation.
00:17
The learning path for this course, we'll look at annotating a 3D model and sharing the annotated model,
00:24
analyzing tolerance relationships in an assembly and then sharing the results of that analysis.
00:32
This course will be the fifth and final chapter in the series and it will focus on exporting the data of the analysis results,
00:41
including generating a report.
00:43
We'll see what options you have for managing existing analysis in the model.
00:49
And we'll take a look at another option for doing tolerance stack up calculations.
00:55
Opening the Tolerance Analysis stack ups assembly, we can again return to the Annotate tab and then to Tolerance Analysis.
01:05
When the Tolerance Analysis opens, the two stack ups are still present in the model.
01:12
You can return to one of the tolerant stack ups by selecting the arrow,
01:15
and it will give you all of the information that you previously saw, when you did the analysis.
01:22
From here, you can continue to experiment with the tolerances.
01:26
For now, though, let's focus on getting this information available to others.
01:32
With Stack Up 1 active, I'll zoom in on the information from that analysis.
01:38
In the report panel, I'll select Take Snapshot.
01:42
This will prepare a snapshot that can be included in the report.
01:47
After the snapshot has been taken, if I relocate the model, then select Show Snapshot,
01:54
it will revert the model back to the screen position of the snapshot.
02:00
If I activate Stack Up 2, you'll see that the annotation for Stack Up 1 disappears and the information for Stack Up 2 is present in the model.
02:11
Let's create another snapshot.
02:14
And now we're ready to start sharing the information.
02:18
We can import previous tolerant stack up analysis files into Inventor.
02:24
We can also export them.
02:26
By selecting the Export tool, we can give the file a name and a location and save it.
02:35
This is information that we can share with others for their review of our work.
02:41
Another way to share the information is to generate a report.
02:46
By selecting the Generate Report tool, we'll be asked to give the file a name.
02:52
This will be an html document that we can easily pass to others.
02:57
After the report is generated, it will appear in whatever our default browser is.
03:03
We can scroll down through the information and on the left are links that will quickly take the viewer to a certain section.
03:12
All of the key information on the tolerance stack up is included, including any of the graphical information.
03:22
At any time in the Tolerance Analysis tab, if you refer back to the summary of 1D tolerance stack ups,
03:30
you can go to any of these studies, go to edit them, rename them or delete them if you want to remove them from the model.
03:41
Finally, I'd like to remind you that there is another tolerance calculator built into Autodesk Inventor.
03:48
If you go to the Design tab where the Design Accelerator tools are stored, you can go to the Power Transmission panel, expand it,
03:57
and find a Tolerance Calculator along with the limits in fits calculator and a press fit calculator.
04:05
Starting the tolerance calculator, you can add as many dimensions as you like.
04:10
The final role listed will be the resultant dimension.
04:14
So by going in and making some quick modifications for the tolerances and the nominal dimension,
04:20
you can click "calculate" and it will give you the resultant value necessary to accommodate that stack of tolerances.
04:29
This is a really quick way to do a preview before you even begin the process of creating your 3D models,
04:36
which of course, you'll want to double check with tolerance analysis,
04:39
and share that information with others by generating reports and exporting the information.
Try it - Tolerance analysis review
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