Solidworks 2019 – A handy tool for designers

The solidworks 2019 facilitates the designers to accelerate their design time.

Given below, some handy features of this newest version :-

It offers some useful tools to deal with mesh geometry and make productivity faster in assemblies.

There is a slicing tool in solidworks 2019 to produce 2d sections at the intersection of the selected geometry and a series of planes to determine the number of slicing planes and the offset. Solidworks generates the planes and intersection skethes and simply arrange them in a folder.

When required, these sketches are edited dynamically for perfect placement and applied like any other sketch to produce geometry or referenced to illustrate the lofts and services necessary to develop a solid model.

There is a new 3D texture tool that renders an image to specify a pattern of bumps. Here lots of variations are produced with this new tool.

To get more details about the new features, go through the following link.

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Published By

Rajib Dey

www.bimoutsourcing.com

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How to convert any drawing to various image formats

This is an exclusive CAD video tutorial where you will learn how to transform your drawing into different types of image formats.

To accomplish this, you have to apply the following three commands :-

Display Image
JPGOUT
PLOT

Display Image – At first go to tools menu and from dropdown lists, click on display image and then click on save. Now save it to desktop or any drive. After saving it, there will be an option like JPEG image options where you will find quality and file size. Here put both of them to highest level and click ok. Now you will find the drawing has been converted to image.Image files are affixed to AutoCAD drawings. Alternatively stated, images do not turn out to be an essential part of a drawing. AutoCAD scarcely looks for images which are attached and loaded as necessary.

JPGOUT – In command line type JPGOUT, now choose the folder or drive where the image will be saved and save it.

PLOT – This command is used to plot a drawing to plotter, printer or file. To apply the command, go to command line and write PLOT and press enter.

Watch the video to obtain more detailed information.

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Published By
Rajib Dey
www.bimoutsourcing.com

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How to create an object in 3D from the 2d drawing

From this autocad tutorial, one can learn how to create a 3d model out of a 2D drawing.

With the help of circle command available in draw panel of home tab, produce some circles. Ensure circle having radius 2.5 units retains its center on the perimeter of the circle with radius 26 units.

Choose polar array from the modify panel available in home tab and opt for two small circles on the top of the geometry. Now, define the center of the largest circle like the center of the array and enter 4 in the number of items field. An array will be produced as follow :-

Remove the largest circle and choose FILLET command, now provide R on the command section and as fillet radius give 7. Now, use this fillet at the junctures of the circle with R2.5 and R22.5 as illustrated below :-

Trim all the geometries so that it appears as follow :-

Write J on the command box and press enter then choose the entire geometry and further press enter to combine all outer 2D segments into a single unit. If it is required, iterate the JOIN command various times to connect the geometry entirely.

Transform view to southwest isometric and visual style to Shaded from Views and Visual styles panel of Visualize tab.

Write PRESSPULL on the command box and click at a location within the geometry, ensure you are clicking within the geometry and not on the geometry. Provide the height of 3 units on the command box and press Enter.

This command will include the density of 3 units to the 2D geometry that is already created and your drawing will appear as the image illustrated above.

Generate a circle of R17 on the top of the object that was formed in earlier step, but for producing a circle on top plane you have to ensure that dynamic UCS is turned on by pressing F6. Afterward, choose circle command and shift the cursor to the top plane and click at the center of geometry for circle’s center and put a radius of 17 units and press Enter further.

To know the remaining processes, go through the following link www.thesourcecad.com

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Published By

Arka Roy

www.bimoutsourcing.com

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