Clone a simulation model

00:02

Clone a simulation model.

00:05

In this video, we'll clone a simulation model and we will modify model geometry.

00:11

In Fusion 360, we want to carry on with our motorcycle rear set.

00:15

It's important that we do continue with our rear set because we have our simulation study results and that's something that we want to capture,

00:22

and we want to make sure that we can compare any changes we make to the original.

00:26

From here we're going to navigate into simplify, make sure that we're on frame mount only.

00:32

We'll right click and we'll clone the simulation model.

00:35

We're going to bring all the information from study one and then in our clone, we're going to rename this.

00:42

We're going to call this frame mounts M O D for mod.

00:48

We want to modify the geometry of our rear set frame mount to see if we can increase the safety factor, be a little bit higher above one.

00:56

We know that the design is flexing and really our only option at this point is to either thicken it on the back side or add some structural ribs,

01:05

aside from changing the material altogether.

01:08

Both options are perfectly fine.

01:10

Changing the material is a great way to increase the stiffness.

01:14

In this case, we're using aluminum 6061.

01:17

We could go to a T6 or 7075, some other aluminum material or we can add some structural ribs.

01:25

To do that, I'm going to start by sketching on the backside, so we'll right click and we'll create a new sketch.

01:32

I'm going to rotate this slightly and using create project include and project.

01:38

We're going to bring the outside diameter of the boss from the front side and say Ok.

01:43

This is going to allow us to create an extruded boss on the backside,

01:47

and prevent us from adding material in places we don't actually need it.

01:51

The next thing that I want to do is use modify offset to grab the outside profile and I'm going to bring this in a distance of -5 mm.

02:02

From there, we'll say ok finish our sketch and we'll use extrude or E on the keyboard.

02:08

I'm going to bring the entire outside profile of this boss,

02:13

and I want to bring the offset out a distance of 5 mm and we're going to join it with the original body.

02:20

Before we move on, we also want to add filets.

02:23

So we'll go into our fillet option, make sure that we grab each of these internal corners and let's manually enter a value of 2 mm and say ok.

02:35

From here, we can finish simplify and now we have our frame mount mod and no changes need to be made to the simulation study.

02:42

The places where we added our remote force are still fine, the location of our fixed and pin constraints are also fine.

02:49

The mesh has not been generated and note that we do have local mesh control,

02:53

but again, we didn't modify the face that is contained in that local mesh control selection.

02:58

So no changes have to be made.

03:00

It will be calculated when we solve.

03:02

Another option that we might want to explore is cloning a simulation study.

03:07

That's something that we will explore but at this point we really want to focus on cloning the simulation model and having that geometry change.

03:15

So let's make sure that we navigate back to Home view and save the design before moving on.

Video transcript

00:02

Clone a simulation model.

00:05

In this video, we'll clone a simulation model and we will modify model geometry.

00:11

In Fusion 360, we want to carry on with our motorcycle rear set.

00:15

It's important that we do continue with our rear set because we have our simulation study results and that's something that we want to capture,

00:22

and we want to make sure that we can compare any changes we make to the original.

00:26

From here we're going to navigate into simplify, make sure that we're on frame mount only.

00:32

We'll right click and we'll clone the simulation model.

00:35

We're going to bring all the information from study one and then in our clone, we're going to rename this.

00:42

We're going to call this frame mounts M O D for mod.

00:48

We want to modify the geometry of our rear set frame mount to see if we can increase the safety factor, be a little bit higher above one.

00:56

We know that the design is flexing and really our only option at this point is to either thicken it on the back side or add some structural ribs,

01:05

aside from changing the material altogether.

01:08

Both options are perfectly fine.

01:10

Changing the material is a great way to increase the stiffness.

01:14

In this case, we're using aluminum 6061.

01:17

We could go to a T6 or 7075, some other aluminum material or we can add some structural ribs.

01:25

To do that, I'm going to start by sketching on the backside, so we'll right click and we'll create a new sketch.

01:32

I'm going to rotate this slightly and using create project include and project.

01:38

We're going to bring the outside diameter of the boss from the front side and say Ok.

01:43

This is going to allow us to create an extruded boss on the backside,

01:47

and prevent us from adding material in places we don't actually need it.

01:51

The next thing that I want to do is use modify offset to grab the outside profile and I'm going to bring this in a distance of -5 mm.

02:02

From there, we'll say ok finish our sketch and we'll use extrude or E on the keyboard.

02:08

I'm going to bring the entire outside profile of this boss,

02:13

and I want to bring the offset out a distance of 5 mm and we're going to join it with the original body.

02:20

Before we move on, we also want to add filets.

02:23

So we'll go into our fillet option, make sure that we grab each of these internal corners and let's manually enter a value of 2 mm and say ok.

02:35

From here, we can finish simplify and now we have our frame mount mod and no changes need to be made to the simulation study.

02:42

The places where we added our remote force are still fine, the location of our fixed and pin constraints are also fine.

02:49

The mesh has not been generated and note that we do have local mesh control,

02:53

but again, we didn't modify the face that is contained in that local mesh control selection.

02:58

So no changes have to be made.

03:00

It will be calculated when we solve.

03:02

Another option that we might want to explore is cloning a simulation study.

03:07

That's something that we will explore but at this point we really want to focus on cloning the simulation model and having that geometry change.

03:15

So let's make sure that we navigate back to Home view and save the design before moving on.

Video quiz

Which of the following needs to be done before solving a cloned simulation model and study after geometry changes are made?

(Select one)
Select an answer

1/1 questions left unanswered

Step-by-step guide

It appears you don't have a PDF plugin for this browser.

Was this information helpful?