All language subtitles for Exercises_05

Welcome back in this tutorial we will solve some exercises based on what we learn in previous tutorial.

So we will be creating this object and this object. So these two objects will be creating.

So let's start with first object.

So for this object at first we will start part designs. Click on start mechanical design part design.

Then in this object first we will have to create this rectangle of 66 by 42 sides.

So click on sketch. Now we want it to be horizontal. So we will take this horizontal plane.

Then we will draw a rectangle from the center rectangle.

Give the center point, second point. Then using constraint give the dimensions of parameters.

So this is 66 and this is 42.

Then exit workbench.

Okay it came like this. We want it like this. So we alter the dimension. So this is 42.

This is 66. Exit workbench.

Then we will have to make pad from this of 12 thickness.

So click on pad. Then select the rectangle and give the thickness of 12.

Zoom fit. So this bottom plate is ready. Then next is this side plate.

So again. So we want to create it on the back. So again we will create one sketch.

Just orbit it and select this surface. We want to create it on this surface or you can also create from this surface also.

Suppose I want to create it from the back surface. Zoom fit. Click on zoom fit.

Find it. Then take the rectangle command.

The rectangle suppose created. Then click on this line. Press control and click on this line.

Then click on constant dependent dialogue box. And select coincidence.

Same way this line. Control this line. Constraint coincidence.

Now we want the height to be up 66 from the bottom.

So we will give constant from this line to this bottom line is 60. And then exit workbench.

Then click on isometric view. Zoom fit. Then create a pad. Click on pad.

Now I want it to be on this side. So click on this arrow. So it will come inside.

Give the thickness. The thickness is 12. Click on okay.

After this. Actually I will need a curvature here. So for that we will use this command.

Try tangent fillet. So click on try tangent. Now faces to fillet is this face and this face.

Then face to remains upper this face. Then click on okay.

So this curvature is ready. Then next. Next is these two chamfers.

So 12 12 size. So for that click on this chamfer button.

Then select this age. And this age. Then select. Then give the length of 12.

And 45 degrees. Both will be the equal. Then click on okay.

So in this way these two chamfers are created of 12 size. Then this triangle.

So this triangle is on this center plane vertical plane. So select that plane and click on sketch.

Zoom fit. Then create one triangle here using profile command.

Then select this line. Control this line. Constraint define in dialogue box coincidences.

Same way this line. This line. Constraint define in dialogue box. Coincidence.

Then the parameters. So this point is touching this line.

So again we will select this point. And this vertical line. Backpressing and holding control button.

Again constant define in dialogue box coincidences. This line length will be automatically extended up to this line.

Now the height of this line. For that we will use constraint.

Click on the line and give the parameter. So height is 42.

So just double click and give 42. So this triangle is ready. Then click on exit or bench.

Then again pad. Select that triangle. Now I want pad to be 50 on either side.

So I will use mirror extend. And I will give you here the half width.

So width is 12. So I will give you here 6. Then okay. So in this way this part is ready.

So next. Now we will take the next part. So next part is this one.

Now in this also we will create at first a rectangle of 98 by 42. So click on start. Mechanical design.

Part design. Then okay. Then sketch. Select this horizontal plane again.

Then rectangle from center. Then constraint. So here actually we want it to be 42.

And this is 98. So here we will give 42. And vertical will be 98.

Then click on exit or bench. So it is created in the same way. We wanted it.

So then we will have to create a pad of 20. So click on pad. Select the rectangle.

20 is already there. So click on okay. Zoom fit isometric.

Then next. So we want to suppose cut this portion. 14 from this side. 14 from this side and 6 is the width suppose.

So we will take against sketch. Select this surface. Then create one rectangle.

Then give the parameter. Click on constraint. So this vertical line and this line distance is 14.

Same way. Constraint. This line and click on this line and this line again 14.

Constraint. This line and this line the gap is 6. And select this line control this line.

Then coincidence. So this shape is properly created. 14 from both side and 6 is the height of that rectangle.

Then exit workbench. Then we want to cut it. So we will select pocket. Click on pocket.

Then we want to cut it through completely. So we will take here up to last.

So it will cut the complete up to last. Then we can see it by preview.

So it has been. It has cut the complete. Then click on okay.

It is a symmetric zone. So this bottom portion is ready.

Then next we will suppose create this one. This portion.

So for that we can create a rectangle or we can also create this 14 by 42 rectangle here on the top of this surface.

That is bottom. This is 14 and this is 42. And height will be 21 plus 21. It is 42.

So again select sketch. Select this surface and select rectangle.

Center rectangle. Click on the center point and click.

Then select this line. Press control. Select this line. You can see a different in dialogue box coincidence.

Then constraint. Click on Constraints. Select this line and give the width of 14.

So here is 14 or enter an exit workbench. Then again pad and height is of 42.

21 plus 21 plus 21. That is 42.

Then again we want it circle here. So that we will create using try tangent fillet again try tangent fillet.

Faces to fillet will be this face and this face. Then face to remove will be this.

Okay. Then one cut is there. I take this source of 21 and 20 dial. So again sketch.

Select this surface. Create a circle. Give the constraint. This 20 dial.

And it is actually concentrate to this circle. So you can select this circle. Press control and select this circle.

Then click on constraint. Defend in dialogue box and select concentricity.

Okay. So it is fully defined. Then exit workbench. Then convert this into pocket.

So again pocket is up to last is already selected. So just click on okay. So this cut is ready.

Then next will be this circle. This whole 12 dial. Attair is source of 24 from this line.

So again we will sketch select on this surface. Then create one circle. Inline with this V axis.

Then give the constraint from this center point to this axis. So it is 24.

So make it 24 enter. Then constraint. Select this circle. Then give the diameter of 12.

Double click 12. Then exit workbench. And pocket click on pocket.

Again up to last is already selected. So okay. So it has created the through circle.

Now I have to mirror this on this side. So select this whole and click on mirror.

Then I have to defend the mirroring element. So I have to defend a plane at the center of both the objects.

So this will be that plane which will be center at both the object and okay.

At the middle of both objects. So in this way this has been created click on isometric.

Then what is remained is this fillet. Operate as for you. So for that we will select here H fillet.

H fillet select the edges. This one. This is just orbit it and select this edge.

Then Fie is already here click on okay. So in this way this object is also ready.

So in this way both objects are created.

Then if you want to see the next lecture we can visit this video.

And if you want to. So all next exercises you can visit this video.

And if you want to view the complete playlist you can visit this playlist here.

And if you want to subscribe you can subscribe here.

So thanks for watching.

Look for the new tutorial ready for the next video.