All language subtitles for Beginners_10

Welcome back in this tutorial we will learn about multi-section solid removed multi-section

solid and shape.

So let's start, click on start, mechanical design, part design.

So here is the multi-section solid.

Actually for multi-section solid I will have to create multiple sections.

So for that at first I will create multiple planes.

So click on plane tool.

Select this horizontal plane and give the gap between the planes.

Suppose it is 40 and I want to repeat object.

I want one more plane here.

So I will say repeat object up to okay and I want one more instance.

So in this way I have created two planes at 40 and 40 gap.

Then I will select this falling horizontal plane and click on sketch.

And I will create first section.

So click on center rectangle.

And suppose I will give create this first shape.

Then exit workbench.

Then select this second plane and click on sketch.

So fit and create second rectangle from the center.

Exit workbench.

Again select this third plane sketch.

Zoom fit create this third rectangle.

Then exit workbench.

Zoom fit.

Now I have created these three rectangles.

So I want to create a 3D object by connecting these three sketches.

So click on multi-section solid.

And select the planes.

Suppose this is the first plane, second plane and third plane.

Then click on preview.

So it has connected the three shapes with smooth curves.

And click on okay.

So this shape is created.

Just double click it.

And suppose now for this shape the closing point are aligned properly.

If closing point are not aligned properly, it will create a twist.

So we will just change one closing point.

So just right click on this closing point and say replace and give this point as a closing

point.

So now two closing points are here and one is here.

And if now I click on preview.

At first it will give the error.

And there is a twist is there.

And suppose what I will do, I will just shift this closing point right click replace and

I will give here and click on preview.

So here it has not given any error but it has created a twist because my closing point

one is here, one is here and one is here.

That means this closing point needs to be here.

And this direction should also match actually by clicking on this arrow, you can match the

direction.

So to bring back to this point, just right click on this closing point, replace click on

this point and click preview.

So now that means the requirement is the closing point should be in one line on one side

and the arrows arrow direction also should match.

So all arrows are going inside, if I take one outside, preview then again it is creating

a twist.

So these arrows direction should also match.

So those are the basic requirement.

Then your sweep will be created, your multi-section value will be created properly.

And suppose now we use three rectangles actually, suppose one shape is circle, then we will

see what happens, we will just undo it.

Suppose this internal shape is circular, we will remove this rectangle and we will put

one circle there and click on exit word bench.

And now if we try to create a multi-section solid, click on multi-section solid, then select

the first section, second section and third section.

Then click on preview.

Now it is giving me an error, current coupling mode cannot be applied, change the coupling

mode to ratio.

So that you can change from here, click on this coupling and from this tangency and curvature

select or click on ratio and then click on preview.

And only it will create the shape.

That means if number of entities in each plane is not same.

At that time you have to use this ratio option.

Now here also there is some twist is there.

If you can see it is like this and this is, so there is some twisting is there.

It is again because the closing point are not in one line.

So to convert that into one line actually we will cancel it and we will create, select

this circle and actually we will create one axis from this center of this to the here

and click on this point control, this point, constant defined in dialogue box coincidence.

So for reference we will create one point here.

So click on this point and when both line and circle becomes orange, click there.

So this is the reference point in it is in one line.

So then click on exit workbench.

Again we will click on multi-section solid, first section, second section at third section.

After that we will replace this closing point right like replace to this point and zoom

fit.

Okay, then we have to make the coupling to ratio.

Okay, now it is symmetric properly.

So in this way you can connect the shapes with different number of entities using ratio

and you can align the closing point in one line.

We want to create a multi-section solid on a path and now in this case the plane sphere

parallel parallel.

Suppose we want to create it on some path.

So we will just delete it, click on the plus before the part body and delete this extra plane.

We have created.

Okay, it has been deleted.

Then we want to create a multi-section solid on a path.

So we will select this vertical plane and click on this sketch and one we will create

one sketch using profile.

At first we will create one path and corner give the radius.

Okay, undo it.

Corner, we want to trim it.

Select click on trim all elements and then give the radius, radius part.

Then exit workbench.

Now we will need one plane here.

Suppose on this plane we will create one shape at first.

So sketch.

Then click on this horizontal plane and create one shape.

Suppose I will create one rectangle and exit workbench.

Then I want to create one shape here also.

So I will create one plane.

Click on plane, click on this line and this point.

Okay, then sketch.

Select this plane.

Zoom fit.

Again, I will create one more center rectangle.

Select this point, control this point.

Then, constraint dependent dialogue box, coincidence.

Okay, then exit.

So I want to connect these two shapes on this path.

So for that again, I will click on multi-section solid.

Then select first section and second section.

Then click on before click on preview, click on spine and select this curve as a spine

and click on preview.

Okay.

Now here, why it is not creating because of the closing point are at different position.

So here closing point is below and here on the upper side.

So we will have to shift this closing point on the upper part.

So just right click, replace and give the this point.

Right click, replace and give the upper point.

Okay.

Now click on preview.

So now it has created on the path.

So in this way, you can create the multi-section solid using spine also.

Now this is a solid object.

As we can see that in multi-section solid, there is no facility to create a thin object

or a hollow object.

So if you want to create a hollow object from it, we will have to use shell command.

So click on shell.

Then give the thickness, how much you want.

Then face is to remove, click on this face and click on this face.

And then okay.

So in this way, it has created a hollow shape with one mm thickness.

So again, we will double click on the shell.

Now if you click on more, okay.

Then there is one more thing is there.

You can give inside thickness and you can also give outside thickness.

Also, suppose outside is to inside is one.

Click on okay.

So it has created thicker than that.

So you can give thickness on both the sides.

And there is one more facility, other thickness faces.

Suppose for some faces, I want to give different thickness.

Suppose for this face, I want to give thickness of two.

Okay.

So that is also possible.

So here is thickness is two.

And here on the other, all other faces, it is one.

That means if you want different thickness for different faces, you can give it from here.

From here.

So in this way, you can give.

In this way, you can give different thickness also if required for different faces.

Then suppose I want to create a multi-section solid with some guide curves.

Suppose using guide curves, so we just delete the shell, right-click, delete it.

Okay, we will undo it, so we will keep all the other elements.

Okay.

Now we have created multi-section on the spine.

Suppose I want it on some guide curves.

So for that, I will have to create guide curves.

So I will select this vertical plane, then click on sketch.

Then I will create one guide curve using spline, spline.

Suppose this is skip to come out.

Then I will select this point, control this point and I will make them coincidence.

Okay.

Again this point and this point and constant different in dialogue box coincidence.

Okay.

Now I will create a guide curve.

So this is my first guide.

One more guide I want to create here.

So again, I will select this vertical plane, sketch and I will create one more guide.

So first, a guide like this.

Skip to come out.

Again, this point, control this point.

Again, constant different in dialogue box coincides.

So I will create two guides into different sketches that you have to remember.

Don't create in the same sketch.

Create in two different sketches.

Then click on multi-section solid.

Then select first curve, first section, second section.

Again, now closing point is below.

So we will just click it right click, replace on the top point.

And direction should be inside.

And if now we will see the preview.

So it has created like this, but we want it to be like this curve.

So we will click on guides is already there.

So click inside the guide and select the guide curve.

Again, select this second guide curve and click on preview.

So in this way, it has created the multi-section solid.

That's per guide curves click on okay.

So it has been created.

And suppose if we, so this was about multi-section solid.

So same way, if you want to cut the material inside this solid.

So you can do that using remove multi-section solid.

Suppose I want to create a removed multi-section solid.

So using this curve only, I will create it.

So I will create one section here on this plane.

Suppose I will convert it into 2D wireframe.

So here I want to create one.

Suppose I will create one rectangle here.

Like that workbench.

Then I will select this plane, click this sketch and create one more rectangle here.

Then take this center point and this find constant different in dialogues.

Make it smaller.

Okay, it's it workbench.

So there are two rectangles are there.

Zoom bit.

And this find curve is there.

So multi-section solid, click on this shape, click on this shape.

In closing point, now here it is on upper side, it is on downside.

So we will just click right click replace, give the upper part.

And direction should be inside.

Zoom fit.

Then click on the spine and select this as a spine.

Then click on preview.

So here internal is, holy created.

Click on okay.

Then go to suppose this.

Shading with edges.

And from here you can view that the remote multi-section solid is created as per our requirement.

So in this way you can create multi-section, remote multi-section solid.

That means it will cut the material in that shape.

So that's all.

So we will stop here.

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