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Creating a solid feature with thickening of the surface

If we want to thicken the surface, we must first surface knit together before we thickened surface.
If the surface is 1surface then we make bold.
To thicken the surface, the steps we have to do is:
Thicken click on the toolbar feature, or click Insert, Boss / Base, Thicken.
Based Parameter Thicken, do the following:
In the graphics area, select the Thicken Surface.
Check the preview, and select the surfaces to be bold, as shown below.
Enter the number of such thickness.
Note that when we choose the Thicken Both Sides, we specify the figures for both sides.
To make solid, click Create solid from enclosed volume.
This option is available only if we create a volume that is fully enclosed by the surface.
Click OK.






























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Minimum letter height - Drawing Properties Detailing

Drawing Properties Detailing provides the ability to be overcome:
standard dimensions, text style, center marks, witness lines, arrow styles, tolerance and precision.
Stored in the Drawing Properties Drawing Template.
There are many text styles and sizes available in SolidWorks.
They develop a standard image format and use specific text height for Metric and English drawings.
ASME Y14.2M-1992 (R1998) standard lists the text, arrowheads, and the convention and the convention line of letters to engineering drawings and documentation practices.
Example:
• Font: Use a single stroke, gothic letters in uppercase letters. Use a single font. Century Gothic is the default SolidWorks font. Create a test page to ensure that Windows and special Printer / Plotter driver supports the selected font.
- Minimum letter height will vary depending on the use of the image:
- Minimum letter height used for the image title, image size, image number and revision letter is positioned in the Title
block is .12 in. (3mm) for A, B and C size inches and A2, A3 and A4
metric image sizes: tall Text .24 in. (6mm) for D and E inch image size and A0, A1 metric size of the image.
- Minimum letter height to view Section, Zone letters and numbers is .24 in (6mm) for all image sizes. Set the text size to Sections, Details and View the font to 6mm.
- Minimum letter height for drawing title block is .10 in. (2.5mm) for all image sizes.
- Minimum letter height for all other characters are .12 in. (3mm) for all drawing sizes. Set the text size to dimensions and Font Notes to 3mm.
Arrow: Utilize solid filled single arrow style, with a 3:1 ratio of length to width of the arrow arrows. Arrowhead width is proportional to the thickness of the line. Dimension line thickness is 0.3mm. In this project, the arrow length is 3mm. Arrow width is 1mm. SolidWorks defines arrow size with three options: Height, width and length. High according to the width of the arrow. Wide as the length of the arrow. Length corresponding to the distance from the tip of the arrow to the tip of the tail.


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Basic Concepts Solidworks

1. SolidWorks model consists of parts, assemblies, and drawings.
2. Within SolidWorks, we usually start with a sketch designs, making the basic features, and then add more features to the model.
3. We are free to tune We design by adding, changing, or use a reordering features.
4. Associativity between parts, assemblies and drawings to ensure that changes made in one view are automatically be done for all other views.
5. We can produce drawings or assembly at any time in the design process.
6. SolidWorks software lets you customize the design according to the functions we need.
7. Click Tools, Options on the main menu to display the System Options and Document Properties tabs.

Auto recover option to recover automatically store information about a more active part, assembly, or drawing document so that we do not lose your job we are doing in case of system crash.
To set this option, click Tools, Options.
On the System Options tab, click Backup and select Save auto recover every information changes.
determine the number of changes that must occur before the information is automatically saved.







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Learn to make the Round Table

Learn to make the Round Table

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Begin to sketch Solidworks for beginners

How to start sketching for beginners with less knowledge of SolidWorks?
If we make the first sketch is of the view left or right, select Right Plane.
Here we do not have to use one default plane for the first sketch that we make we can make a new plane at each
angle. The orientation of the view plane is determined by default, but we can also berreorientasi part to change the Front to the Top for example, Update Standard Views in the dialog box.
When we make a new part or assembling, the default three-plane aligned with a particular view.
Plane can be chosen for our first sketch to determine the orientation of the part that we make.
For example, if we select the Front plane in the Orientation dialog box or add a front display for the picture), this view would
plane normal to the Front.
If we open a new part and select the sketch tool, we are asked to select the Top Plane.

























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Creating a Circular Pattern Sketch

Circular Pattern in making the necessary facilities or sketch the edge of the circular, cylindrical Face, Face revolved,
a straight edge, axis, or axis while serving as Axis Circular Pattern.
Circular Pattern for this he did not have 2 Direction option, as in a linear pattern
Same as in the linear spaces patern but he took the corner and share equally with the total number of corners.

Now we will try to sketch a circular pattern with the original reference point.


It points to consider are:

Entities to Pattern
Select the sketch entity that we want to make a circular pattern

parameter
reverse direction
Choose a pattern center:
Use the sketch origin (default).
Center X. Set the pattern along the axis X.
Y. center Set the pattern along the axis Y.

Pattern center at sketch origin
Set pattern along the center axis X and Y
spacing
Set the total number of degrees included in the patern.
Equal spacing.
Set the example pattern equidistant from each other.
Add spacing dimensions.
Displays the pattern dimensions of the sample.
Number.
Set the number of pattern instances.
Display instance count.
Indicates the number of cases in the pattern.
Radius.
Set the radius pattern.
Arc Angle.
Set the angle measured from the center of the elected body to the central point or point pattern.






























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To copy sketch entities

In an open sketch, click Copy Entities on the Sketch toolbar, or click Tools, Sketch Tools,
Move or Copy.
To copy the sketch entities, in the PropertyManager, under Operation, select Copy, and set the Number of Copies to create, or
Click Select. Hold down the Ctrl key on keybopard.
Click the circumference of a circle. pull / drag until the new circle.
Release the mouse button. Release the Ctrl key.



Add an equal relation.
Click Select. Hold down the Ctrl key
Click the circumference of a circle first, then the second circle is selected.
Click Equal. Release the Ctrl key.
Click OK.

When we would change the diameter of a circle, then the second circle will automatically change according to the diameter of a circle.

























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Swept Surface

To create a surface sweep:

-Create planes for sketching the sweep profile, sweep path, and the guide curves.
-Sketch the sweep profile and path on the planes that you created.
Sketch must be a closed, non-intersecting profile on a plane or a face.
-If you are using one or more guide curves, create coincident or pierce relations between the guide curves
and the profile.
-Click Swept Surface on the Surfaces toolbar or click Insert, Surface, Sweep.
-Under Profile and Path, do the following:
Click Profile and select the profile sketch in the graphics area.
Click Path and select the path sketch in the graphics area.
-Apply Options if needed.
-Under Guide Curves, do the following:
Select the Guide Curves in the graphics area.
Click Move Up or Move Down to change the order in which to use the guide curves.
If necessary, clear the Merge smooth faces check box. Example
Click Show Sections , and click the arrows to view and troubleshoot the profile by Section Number.
-Apply Start/End Tangency if necessary.
-Click OK .





















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Sketch on the model faces

To create a new sketch on the face, we sketch in front of where we want to look for these features.

Steps we need to do to sketch the face of the model:
A. Select the planar face of a model where we want to make a sketch.
2. Click the Sketch tool on the toolbar sketch, click Sketch, or click Insert, Sketch.
The following occurs:
• box will appear on the face that we choose (if we choose a grid display in Tools, Options, Document Properties Grid / Snap).
• The Sketch Editing the message in the status bar at the bottom of the SolidWorks window.

To sketch the different faces, out of the sketch is active, select
new faces, and open a new sketch.



























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Knit Surface

To make the design solid, we have to use the tool facilities knit surface.
Knit Surface tool is used to combine two or more face or surface into one.
Here the edge of the surface must be adjacent and not overlapping (overlapping).
Surface position does not need to be on the same plane.
Try to choose an adjacent surface.
Click knit solid body when the solid surface or solid form.
Select Merge to merge the entities face the same basic geometry.
Select Control Gap to view or modify the tolerance gaps knit.

To make the knit surfaces:
Click Knit Surface on the Surfaces toolbar, or click Insert, Surface, Knit.
In the PropertyManager,
Select the surface of adjacent, non-intersecting surface
Select the face or surface that will be in Knit.
Select Try to form solid to create a solid model of a closed surface.
Select Merge to merge the entities face the same basic geometry.
Select the face to knit
Select Gap Control to see a couple of the possible gap edge, and to view or edit the tolerance or gap range.
See Knitting tolerance, perform modifications if needed.
Click OK.























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Fill cracks with fill Surface

When we designed the 3d, then there is a gap along the surface.
Before the patch we need mmembuat sketch the outline as a guide as constraint curve.
We can patch the surface properly, we must apply a different curvature to control the different types of boundary edges.
Click Filled Surface on the Surfaces toolbar, or Insert> Surface> Fill.
In the graphics area, under Boundary Patch, select the boundary edges.
With Alternate Face, you can flip the boundary face for the curvature control of the patch. Alternate Face is used only when creating a patch on a solid model.
Alternate Face> contact
Click Optimize surface
Select the option Optimize surface with two or four-sided surfaces. The Optimize option APPLIES surface a simplified surface patch That is similar to a lofted surface. Potential advantages of the optimized surface patch include faster build times, and Increased stability when used in conjunction with other features in the model.
Click Show preview
Display a shaded preview of the fill surface.
Click Preview mesh
Display a grid on the patch to help you visualize the curvature. The Preview mesh is available only when you select Show preview.
Click OK to apply the Fill Surface




























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Cut extrude - Up to Surface

Now we will learn to use the extrude feature to cut the part.
The initial step we have to do is make a sketch on the plane 7.
Sketch the conditions must be closed.
Click Extruded Cut on the Features toolbar, or click Insert, Cut, Extrude
Set PropertyManager options.
Set initial conditions for the cut-extrude
Select the Sketch Plane to start the extrude from the plane where the sketch is.

Direction 1
End Condition. Determine how widespread these features. Set the end condition type.
If necessary, click Reverse Direction to extend these features in the opposite direction to that shown in the preview.

Up to Surface. Select a face or a plane to expand into the areas of graphics on Face / Plane.
Double-click the surface to change the End Condition to get to the Surface, a surface is selected as the surface termination.
If the sketch is in the extrude extends beyond the selected face or body surface,
Up To Surface can do some extension of the otomatissetiap one to end the extrusion.

































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Measure tool is very useful and frequently used in designing

We can easily measure the angle, radius, and size between the lines, points, surfaces, and plane in the sketches, 3D models, assemblies, or images in realtime with the help of measure tool.
If we select the points or sketches, coordinates x, y, and z are shown.
The conventional length or radius can be view by clicking on the selected edge.
So the Measure tool is very useful and frequently used in designing.


To use the measure tool:
Measure click on the Tools toolbar or the Tools> Measure.
When the Measure dialog box appears, you can switch between different documents without closing the dialog box.
If we turn on the document that the item is selected, the measurement information will be updated automatically.





steps we have to do,
Select the item to be measured.
Callouts appear in the graphics area. The new measurement will always be updated dynamically appear when we change the selection.
Click to expand the dialog box to display the resulting values​​.

If we choose a single entity, the edge length, face area, and so on will be displayed.

If you select two entities, the smallest distance between the entities shown.

To remove an item from the current selection, click the item again in the graphics area.
To delete all the options, click an empty area in the graphics area.
To turn off the function of the size, right click in the graphics area, and select Select.
To activate the function of the size of the back, click in the Measure dialog box.

























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Appearance Color of Parts

We can now apply color to all parts, features selected (including surface or curve), or face certain models.
We can also change the color by manipulating the appearance of shaded model.
Color choices are made with a Color Change the color set supercedes the Document Properties tab.
We can also use the Appearances Property Manager to determine the color, material appearance,
and transparency for parts and assembly components. To sketch or curve it, use the Property Manager Color Sketch / Curve to apply the color.
To apply the color or visual properties for the part or assembly components:
Click Edit> Appearance or Edit, Appearance, Appearance.

Set the properties on the Appearances Property Manager.
Add PhotoWorks to work with the Advanced tab, which include Illumination, Mapping, and Surface Finish tabs, and a choice of options Color / Image tab.
To display a simplified Color / Image interface, click the Basic tab.
Click OK.
































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Setting the System Options and Document Properties

So that we can save time when drawing with SolidWorks, we can define System Options and Document Properties before we start drawing.
We can set options for all the images that we make.
Options System Options are stored in the registry of the computer.
System Options are not part of the document.
Changes in System Options will have an effect on all the all the systems both current and future.
ANSI or ISO Dimension Standard, and other Units are set in Document Properties
ANSI or ISO Standard Dimensions, Units and Properties are set out in Document Properties.

Steps we need to do to set options for the image:
Click Tools> Options> System Options> Miscellaneous.
Then choose what we want to set and then click OK.


Reset All option is to restore all systems, not only on the current page as well for the system default.

Eliminate duplicate model of dimensions on the insert
When we choose the default, duplicates are not inserted into the dimensions of the image when the dimensions of the model included.

Mark all part / assembly dimension for import into drawings by default.
Regulate every dimension that we put into the model as Mark For Drawing.
These dimensions include the dimensions of the model when we enter into the picture.

Automatically scale new drawing views.
Display new images adapted to the size of the drawing sheet, regardless of the selected paper size.

































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