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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
00:01
SIMON DICKINSON: Hello, my name is Simon Dickinson.
00:05
Let's now look at how we create additional loads in Revit.
00:09
In this video, we will look at creating new loads.
00:13
Creating a load combination sets in a combination formula
00:17
and the usage.
00:21
Let's now look at creating new loads.
00:24
Sometimes we may have to customize the default load
00:28
settings, as each project may have a different requirement.
00:32
We may want to have more than one type of livelihood,
00:36
for instance, people, traffic, furniture, et cetera.
00:40
Load settings in Revit are accessed
00:42
from the structural settings dialog
00:44
box on either the diagonal arrow on the structural panel
00:49
in the structural tab or the structural settings icon
00:52
from the manage tab of a ribbon.
00:55
Here, we can see the load settings that are already
00:58
set up in our template.
01:00
To add a new load, either click at or select a current mode
01:05
and choose duplicate.
01:07
Give it a name.
01:08
In this case, LL2 live load two and assign its nature
01:13
and category, in this case, live and live load.
01:18
Additional natures can also be added if required.
01:22
New case is now ready for use and will be exported to robot
01:26
if used in the model.
01:29
Let's now look at load combinations.
01:32
By default, we do not have any load combinations.
01:36
It is up to us to create these should we require them.
01:41
To create a load combination click Add, and give it to name.
01:45
I'm going to create an imposed combination.
01:49
I will set the type to envelope as I
01:52
want the model to calculate the minimum, maximum result,
01:57
I will specify the state as ultimate
01:60
this will calculate the total capacity of the structure
02:03
to safely resist extreme or factored loads without failing.
02:11
We now need to add a formula.
02:13
Basically, this is the loads we want to combine
02:16
and the factor our coefficient we wish to use.
02:21
To create a new formula, we click
02:23
Add to add each of the loads we required.
02:26
In this case, dead load one live load one,
02:30
and my new live load two.
02:33
As we add a factor value, the formula
02:36
is built and displayed next to our combination name.
02:45
Finally, we can add a usage.
02:49
This is usually defined to either gravity,
02:52
vertical loading, such as the structure, lateral loading,
02:57
such as wind or seismic, or combination a mixture
03:02
of gravity and lateral.
03:05
Once we have added our additional load
03:07
cases/combinations, it is always a good idea
03:10
to check that we can apply these in the project.
03:14
Any geometry we create can be deleted afterwards
03:17
if only used for testing purposes,
03:19
allowing us to save a clean template.
Video transcript
00:01
SIMON DICKINSON: Hello, my name is Simon Dickinson.
00:05
Let's now look at how we create additional loads in Revit.
00:09
In this video, we will look at creating new loads.
00:13
Creating a load combination sets in a combination formula
00:17
and the usage.
00:21
Let's now look at creating new loads.
00:24
Sometimes we may have to customize the default load
00:28
settings, as each project may have a different requirement.
00:32
We may want to have more than one type of livelihood,
00:36
for instance, people, traffic, furniture, et cetera.
00:40
Load settings in Revit are accessed
00:42
from the structural settings dialog
00:44
box on either the diagonal arrow on the structural panel
00:49
in the structural tab or the structural settings icon
00:52
from the manage tab of a ribbon.
00:55
Here, we can see the load settings that are already
00:58
set up in our template.
01:00
To add a new load, either click at or select a current mode
01:05
and choose duplicate.
01:07
Give it a name.
01:08
In this case, LL2 live load two and assign its nature
01:13
and category, in this case, live and live load.
01:18
Additional natures can also be added if required.
01:22
New case is now ready for use and will be exported to robot
01:26
if used in the model.
01:29
Let's now look at load combinations.
01:32
By default, we do not have any load combinations.
01:36
It is up to us to create these should we require them.
01:41
To create a load combination click Add, and give it to name.
01:45
I'm going to create an imposed combination.
01:49
I will set the type to envelope as I
01:52
want the model to calculate the minimum, maximum result,
01:57
I will specify the state as ultimate
01:60
this will calculate the total capacity of the structure
02:03
to safely resist extreme or factored loads without failing.
02:11
We now need to add a formula.
02:13
Basically, this is the loads we want to combine
02:16
and the factor our coefficient we wish to use.
02:21
To create a new formula, we click
02:23
Add to add each of the loads we required.
02:26
In this case, dead load one live load one,
02:30
and my new live load two.
02:33
As we add a factor value, the formula
02:36
is built and displayed next to our combination name.
02:45
Finally, we can add a usage.
02:49
This is usually defined to either gravity,
02:52
vertical loading, such as the structure, lateral loading,
02:57
such as wind or seismic, or combination a mixture
03:02
of gravity and lateral.
03:05
Once we have added our additional load
03:07
cases/combinations, it is always a good idea
03:10
to check that we can apply these in the project.
03:14
Any geometry we create can be deleted afterwards
03:17
if only used for testing purposes,
03:19
allowing us to save a clean template.
Try it: Creating Load and Load Combinations
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