>> I'll give you a short description
of what you're expected to do for lab number 18,
Working Drawings and Assemblies.
The lab has 4 parts.
We are given a figure here that --
it's an assembly that you're supposed to create.
So for the first part of the lab you're going
to create 3D models for each part.
So the parts are -- you're going
to create a 3D model for bushing.
This one -- your part number 1.
And then part number 2 is what we're calling the base.
And part number 3 is the cap.
And then, part number 4, although it's a standard part,
you can also create a model for the boat.
You don't need to show the threading.
Just show them as cylinders because, again, we don't need
to show the details using a standard part.
So first part is creating 3D models
for definitely the 3 parts, base, bushing,
and cap, using AutoCAD.
Then, for the second part --
so it's going to look something like this.
So first part would consist of 3,
at least 3 drawings like this.
This is the 3D model for the bushing.
So it's just a system of cylinders added
and subtracted from each other.
And then here's the 3D model for the cap.
That's the second model you're going to create is a 3D model.
And then one for the base as well.
That's for the cap and this is for the base.
And, as I said, you might also want to create a model
for the bolt because you're going
to need that in the assembly.
Now for the second part of the lab you're going
to create detailed drawings for each
of the non-standard parts in the assembly.
So for parts 1 through 3, the bushing, the base, and the cap,
you're going to use Solvew/Soldraw draw to create the front,
top, and right side views.
So here's an example.
Here is part B. So this is for the base.
So from the model that you created, you're going to go
to the layout and then you're going
to type Solview/Soldraw just
like the Solview/Soldraw combination.
Follow the steps in lab number 17, I believe.
And then you need to indicate dimensions following the rules
for dimensioning that we've learned.
That constitutes the part
of creating dimension detail drawings for each
of the 3 non-standard parts, the base, the cap, and the bushing.
And then, for the third part, you're going
to create a pictorial assembly of the drawing.
It's going to look almost like this.
Where each of the parts, standard and non-standard,
shown here with center lines and with balloons and labels.
And also including the Bill of Materials right here.
So it's going to look,
on AutoCAD it's going to look like this.
Like this.
So you're going to do this in paper space,
southeast isometric for each of the parts
but when you're creating the table you need
to change your UCS to the current view
which is slant view, which is the current view.
Otherwise it's going to be on inclined plane.
So this constitutes part 3.
This is not necessary here.
If you want, you can simply show that in part 4 of the lab.
So you're going to assemble the different parts together.
It will look like this.
And I want you to -- with the correct materials --
do a rendered version like you've learned
in lab number 17 as well.
So for this lab -- since this is a long lab --
you will have 2 weeks to do this.
For the first part of the week, you will do part 1.
And then parts 2, 3, and 4 will be
for the second part of the lab.