Make 3D Solid Objects with the Sweep method

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Make solid cylinders with R 50 mm long and 200 mm long. Creating a new part, Getting to know the sweep method, Getting to know the Sweep dialog box  1. Click the New icon and part icon to create a new part 2. Click the icon, and the 2D sketch icon so we can sketch tools activate. 3. Click the circle icon, and then from the origin create a circle with R = 50 mm. 4. Click the 2D sketch icon so that the sketch tool is inactive. 5.Click on the icon and click on the 2D sketch icon so we can sketch tools reactivate. 6. Click the normal top icon and then click the full line icon, then from origin draw a vertical line upwards of 200 mm. 7. Click the 2D sketch icon so that the sketch tool is inactive back. 8. Click the isometry icon.  9. Click the Sweep icon or on the menu line click insert, base sweep. So the sweep dialog box will be active. 10. From the sweep dialog box above, we click so right will be active Feature Manager Design Tree (FMDT). On FMDT, we click sketch 1 and sketch 2 so that both sketches are read in the group profile and path. Note: Sketch 1 is a sketch for a circle with R 50 mm (functions as profile), and sketch 2 is a sketch for a 200 mm full line (functions as a path). 11. Finally click the check list, so we will get a solid cylinder of the results sweep process.

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Solid Object Modeling with the Revolve method

Solid Object Modeling with the Revolve method Problem: Make solid cylinders with R = 50mm and length of 200mm. Target, Make a new part, Get to know the Revolve method, Get to know the Revolve dialog box 1. Click the New icon and part icon to create a new part 2. Click the icon, and the 2D sketch icon so we can sketch tools activate. 3. Click the centerline icon and then from the origin create the centerline line horizontally to the right 200mm. 4. Then click the full line icon and then from the origin make the line vertical upwards of 50 mm then horizontal to 200 mm and vertical down 50 mm so we get a picture like the following: 5. Click the Revolve icon, or on the menu line click insert, base, revolve, so the revolve dialog box will appear as follows. 6. From the revolve dialog box above, in the Revolve section we select the parameter One-Direction and type 360 ​​deg. 7. After the above process is complete, click the checklist so that we will

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The Pattern feature in the Solidworks program is very easy to apply

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To build a sketch driven pattern: Open a sketch on the face of a part. Click Point or Tools > Sketch Entity > Point , and add multiple sketch points to represent the pattern you want to create, based on the seed feature. Click Sketch Driven Pattern (Features toolbar) or Insert > Pattern/Mirror > Sketch Driven Pattern. Patterns make items by repeating selected objects in an array based on the features we want. Many supporting features exist in the Solidworks program. We can make a variety of patterns ranging from linear patterns, circular patterns, curve patterns, fill patterns or using point sketches or coordinate tables to create patterns. To reproduce features in Solidworks select the Visual Properties option in the Property Manager. For Circular Pattern, select the feature and axis as the center of rotation, then specify: The number of items and the angular distance or number of items and the total angle to create the pattern. For Curve Driven Pattern, select a feature and segment or sketch where for the feature's pattern. Then we can determine the type of curve, the curve method, and the alignment method. For patterns, choose where to change the seed feature by sketching points on the face model. For Table Pattern, add or take the previous item with XY coordinates to fill in the feature. For Fill Patern, fill in the area specified with the pattern feature. We can also make copies of patterns and copies of patterns of control and adjustment systems.

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Export autocad dwg files to unigraphics

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To export autocad dwg files to unigraphics is very easy We can do autocad drawings with the help to facilitate and speed up our design. Use the DXF/DWG translator, if you want 2D drawing and 3D geometry in the DXF/DWG file (Export as 3D option). Use the 2D Exchange translator to generate DXF/DWG output in the following cases (Export as 2D option): - If you want to export a single drawing to the model space of AutoCAD. - If you want to export only 2D drawings and no 3D geometry. - If you want to export single model view of assembly or part. This import command allows us to choose the type of geometric constraints that apply automatically to our sketches. NX geometry analysis in the active sketch will implement the selected boundary.

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