& Construction
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Integrated BIM tools, including Revit, AutoCAD, and Civil 3D
& Manufacturing
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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
00:06
INSTRUCTOR: After completing this lesson,
00:07
you'll be able to recognize examples
00:09
of Design Accelerator generated components,
00:13
find Design Accelerator tools, understand the types of Design
00:17
Accelerator, and properly edit or delete a Design Accelerator
00:21
component.
00:23
Over the next several lessons, you'll
00:25
be creating multiple Design Accelerator generated
00:28
components for this belt driven gear reducer.
00:33
The initial stage is driven by an electric motor which
00:37
drives a belt. The belt is attached through a clutch
00:41
system to a series of gears.
00:46
In this course, you'll be developing
00:48
the belt, the shafts, the gears, adding bearings, and adding
00:54
fasteners to hold the gear cover in place.
00:57
The Design Accelerator tools are contained
00:60
in the Design tab in Autodesk Inventor and segmented
01:03
into various panels, fasten, frame, power transmission,
01:07
and spring.
01:09
Design accelerators are divided into two types.
01:13
Generators, which will create geometry
01:16
and add it to your model.
01:18
These generators also include calculators,
01:21
which will allow you to size or select standard components,
01:24
based on engineering calculations.
01:27
The other type of design accelerator is a calculator.
01:31
Calculators do not generate geometry.
01:34
But will help you select the materials,
01:36
and define the geometry of custom components
01:39
that you need for your machine design.
01:42
Design accelerators also differ in the way
01:45
that they should be edited.
01:47
Simply deleting or double clicking
01:51
on a design accelerator is not the correct approach.
01:54
For example, to edit this gear, you
01:58
hover over the gear and select Edit
02:00
Using Design Accelerator to bring up the dialog box that
02:04
was used to generate the gear.
02:07
If you were to select one of the gear bodies and delete it,
02:11
it would remove the geometry.
02:13
But it will not properly remove any other relationships.
02:17
Instead, use the right click menu again
02:20
and select Delete Design Accelerator Component.
02:23
This can be done on the screen or through the browser.
02:27
The design accelerators are a fantastic set
02:30
of tools for anyone doing machine design.
02:33
I hope that you'll take the time to review the lessons to see
02:36
examples of the most commonly used design
02:38
accelerators at work or to try them for yourself.
Video transcript
00:06
INSTRUCTOR: After completing this lesson,
00:07
you'll be able to recognize examples
00:09
of Design Accelerator generated components,
00:13
find Design Accelerator tools, understand the types of Design
00:17
Accelerator, and properly edit or delete a Design Accelerator
00:21
component.
00:23
Over the next several lessons, you'll
00:25
be creating multiple Design Accelerator generated
00:28
components for this belt driven gear reducer.
00:33
The initial stage is driven by an electric motor which
00:37
drives a belt. The belt is attached through a clutch
00:41
system to a series of gears.
00:46
In this course, you'll be developing
00:48
the belt, the shafts, the gears, adding bearings, and adding
00:54
fasteners to hold the gear cover in place.
00:57
The Design Accelerator tools are contained
00:60
in the Design tab in Autodesk Inventor and segmented
01:03
into various panels, fasten, frame, power transmission,
01:07
and spring.
01:09
Design accelerators are divided into two types.
01:13
Generators, which will create geometry
01:16
and add it to your model.
01:18
These generators also include calculators,
01:21
which will allow you to size or select standard components,
01:24
based on engineering calculations.
01:27
The other type of design accelerator is a calculator.
01:31
Calculators do not generate geometry.
01:34
But will help you select the materials,
01:36
and define the geometry of custom components
01:39
that you need for your machine design.
01:42
Design accelerators also differ in the way
01:45
that they should be edited.
01:47
Simply deleting or double clicking
01:51
on a design accelerator is not the correct approach.
01:54
For example, to edit this gear, you
01:58
hover over the gear and select Edit
02:00
Using Design Accelerator to bring up the dialog box that
02:04
was used to generate the gear.
02:07
If you were to select one of the gear bodies and delete it,
02:11
it would remove the geometry.
02:13
But it will not properly remove any other relationships.
02:17
Instead, use the right click menu again
02:20
and select Delete Design Accelerator Component.
02:23
This can be done on the screen or through the browser.
02:27
The design accelerators are a fantastic set
02:30
of tools for anyone doing machine design.
02:33
I hope that you'll take the time to review the lessons to see
02:36
examples of the most commonly used design
02:38
accelerators at work or to try them for yourself.
How to buy
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