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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
Accommodate changes in the alignment during detailed design by connecting Civil 3D to InfraWorks and updating the parameters as changes are made.
Type:
Tutorial
Length:
2 min.
Transcript
00:03
We will start to look at detailed design
00:06
specifically how we can accommodate changes in
00:08
the alignment easily as the project progresses
00:17
where the proposed alignment is available in civil 3d,
00:20
we can connect the drawing as a data source in Infra works.
00:25
Once connected,
00:26
the designer can select from the available components which data is to be used.
00:32
The selected component can then be configured.
00:35
The designer can choose between using the
00:37
corridor component road generated from civil 3D
00:41
which locks the design to the civil 3D design
00:44
or use the component road and configure the road within Infra works.
00:51
Once the road configuration is complete,
00:54
the road is generated in Infra works.
00:57
Now the road is in place.
00:59
The designer can create the bridge structure in the same
01:02
way as we've seen in previous videos in this series.
01:08
It is very common during projects of this nature for changes to be made regularly.
01:14
This can lead to a large amount of rework,
01:16
especially if something critical such as the alignment is modified.
01:22
However, by using this workflow,
01:24
we can avoid large amounts of rework by simply
01:28
refreshing the data from the modified civil 3D drawing.
01:34
Once the road designer has made
01:36
the necessary changes such as alignment modifications
01:40
and re wielding of the corridor.
01:42
They only need to be saved back to
01:44
the original drawing to facilitate the update process.
01:54
Back in Infra works.
01:55
The only operation required to consume the changes is for the
01:59
designer to re import the data and the bridge will rebuild parametric
02:03
automatically.
Video transcript
00:03
We will start to look at detailed design
00:06
specifically how we can accommodate changes in
00:08
the alignment easily as the project progresses
00:17
where the proposed alignment is available in civil 3d,
00:20
we can connect the drawing as a data source in Infra works.
00:25
Once connected,
00:26
the designer can select from the available components which data is to be used.
00:32
The selected component can then be configured.
00:35
The designer can choose between using the
00:37
corridor component road generated from civil 3D
00:41
which locks the design to the civil 3D design
00:44
or use the component road and configure the road within Infra works.
00:51
Once the road configuration is complete,
00:54
the road is generated in Infra works.
00:57
Now the road is in place.
00:59
The designer can create the bridge structure in the same
01:02
way as we've seen in previous videos in this series.
01:08
It is very common during projects of this nature for changes to be made regularly.
01:14
This can lead to a large amount of rework,
01:16
especially if something critical such as the alignment is modified.
01:22
However, by using this workflow,
01:24
we can avoid large amounts of rework by simply
01:28
refreshing the data from the modified civil 3D drawing.
01:34
Once the road designer has made
01:36
the necessary changes such as alignment modifications
01:40
and re wielding of the corridor.
01:42
They only need to be saved back to
01:44
the original drawing to facilitate the update process.
01:54
Back in Infra works.
01:55
The only operation required to consume the changes is for the
01:59
designer to re import the data and the bridge will rebuild parametric
02:03
automatically.
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