How circles are cut in SOLIDWORKS

1. First of all, open the triangle shown in the red box in the upper left of the figure, then pop up the file menu and select New, and then pop up the interface shown in the right figure, and select Part Create.

2. Click on the datum in the options on the left side of the interface to pop up a horizontal bar at the top right of it, and then select a glasses-like icon on the far right, so that you will face this datum in the view for drawing operations.

3. After drawing the sketch, select the Exit Sketch button in the upper left corner, and then select the stretch function in the feature.

4. Below you need to buckle a hole in the tensile body and select the upward datum.

5. Then click on the stretch and shear function above, and then select reverse stretching, and the size of the stretch can be determined, and you can also choose the stretching method as full penetration, you can choose according to the situation.

6. The middle part is deducted from a rectangle.

7. Next, select the stretch cutting function according to the previous cutting entity operation, so that half of the body is cut off.

The sketch is shown in the image below

Select Clipping Entities on the toolbar panel;

Select Clip to Nearest;

When the mouse cursor changes to the shape of scissors, select the arc part that needs to be cut;

Finally, check the box to confirm that it is completed.

With the Crop tool, Tool - Sketch Tool - Crop (a small pair of scissors).

Select Cut to the nearest end, and then click on that half a circle.

Upstairs is complete, I just went to check if there is, and someone else's official ** is well open! The shear garden should be cut by the auxiliary line.

1. Open SOLIDWORKS and create a new part drawing;

2. Choose a datum to create a new sketch;

3. Use the circle drawing tool to draw three circles;

4. Select the two circles and select the tangent function;

5. Select two circles and select the tangent function;

6. Finally, you can draw a circle tangent to the other two round halls.

<> there are clipping entities and extended entities.

There are two tools, Clipping Entities and Extending Entities, to ensure that you don't make a mistake.

Click on the cropping entity and the clipping option will appear at the left end.

Select the last tool of the Clipping tool option, which is Crop to Nearest.

Click the part that needs to be cropped.

Trimmed complete.

This is relatively simple and can be achieved with a general cut. For a fully enclosed sketch clipping, you can exit the sketch, create a new sketch, convert the original sketch projection to a solid reference, and then clip it.

The first step is to open the SOLIDWORKS software and select Sketch Drawing.

The second sock is a few steps, select the circle tool in the toolbar, and select the center circle.

The third step is to draw two circles, one with a diameter of 20 and the other with a distance of 30 between the centers of the two circles.

Step 4: Select the Arc tool in the toolbar, and select the Three-Point Arc tool.

Step 5: Then click on the big circle with the mouse, and then click on the small circle with the mouse to draw an arc.

Step 6, click on the arc with the mouse, and then click on the small circle, then the option will appear, click Tangent.

The tutorial for controlling the dimensioning of the diameter and radius of a circle in SOLIDWORKS is as follows:

1. Open SOLIDWORKS, enter the sketching interface, press the "S" key on the keyboard, and select the circle.

2. Draw a circle at the origin, then use the right-mouse button gesture to select Smart Dimensioning.

3. Complete the dimensioning of the circle, and now the displayed closure is the diameter dimensioning.

4. Right-click on the size of the hungry punch, select the display option, and display it as a diameter.

5. After clicking, the circular label is displayed as the diameter is rotten and annihilated.

6. Repeat step 5, select Display as Radius, and the display result will be displayed as a radius.

In SOLIDWORKS, the way to convert a normal circle to a construction circle is to use the Arc command. The specific steps are as follows:

1.Open SOLIDWORKS and create a new part.

2.Select the Sketch tab in the drawing area to draw a circle on the sheet.

3.Select the circle, right-click on the circle, and select Properties.

4.In the pop-up Properties dialog box, change Circle to Arc and set its values, such as radius, center angle, and so on.

5.Click the "OK" button to complete the conversion of the circle to the construction circle.

The reason for converting a circle to a construction circle is that a construction circle differs from a normal circle in that it is a commese made up of a set of geometric elements, including the center of the circle, the radius, and the angle of the center of the circle. Construction circles can be defined by these geometric elements, making modeling with SOLIDWORKS more accurate and convenient.

In SOLIDWORKS, in addition to the arc command, there are many other commands that can help us to construct circles, such as arc normal, arc offset, etc. These commands can be used according to specific needs, making it easier for us to model cavity fingers.

The specific steps for SOLIDWORKS to trim edges are as follows:

1. First open the software, click "New", create a new "Part" file, and click "OK".

2. Select a "Datum", click "Sketch", select a rectangle type, and draw a rectangle.

3. Select "Crop Entity", pop up the cropping box, and select a "Cropping Method".

4. Press and hold the entity and drag the cursor to cut off the blue part.

The cropping box pops up and selects a cropping method, as shown in the first item, as shown in the following figure

Just go over the line you want to crop, as shown in the image below

In the sketch, the point clips the entity, and slides the mouse over the Crop in the middle of the point.

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1. Open SOLIDWORKS and create a new part drawing;

2. Choose a datum to create a new sketch;

3. Use the circle drawing tool to draw three circles;

4. Select two of the circles and select the tangent function;

5. Select the two circles and select the tangent function;

6. Finally, you can draw a diagram of a circle tangent to the other two circles.

You define the circle with only dimensions first, and then you add geometric relations! But I don't think you chose the right way to draw the arc, you use the three-point arc to draw the arc and then add geometric relations.

It stands to reason that there shouldn't be what you said.,I've never encountered it.,I've used it There won't be such a phenomenon.,If it's convenient, leave QQ.,I'll contact you to see.。

I don't know if you're talking about this problem, but I hope it can help you.

Try it more, that's it for learning software, a lot to explore. It's also an opportunity to practice your thinking and hands-on skills.

1. You try to change the tangent order, first the big circle and arc, and then the smaller circle and arc. It may have something to do with the position of the center of the arc you draw.

2. Draw that arc a few more times and try to get better at that position.

Hold the circle you want to fix, and they won't move, only the arc.