Blower BlueSurf Using the BlueSurf command again, create the blower using the cross sections as shown in figure. |  |
Disjointed Surfaces At this stage you have two disjointed surfaces. And from the front view they appear as shown in figure. |  |
Prepare to Project In a plane parallel to the y-z plane, create two arcs as shown in figure. |  |
Project Curves - Side View From front view, the two arcs appear as shown. |  |
Project Curve - Curve Step Select the Project Curve tool from the Surfacing toolbar. Select the top curve created in last step as the curve to project. Click accept on the ribbon bar. |
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Project Curve - Body Step Select the blower surface as the surface to project on. |  |
Project Curve - Direction Step Point the arrow towards the blower surface and click. Click Finish on the ribbon bar. |  |
Project Curve - View It If required, click the Visible and Hidden Edges tool on the Main toolbar to see the projected curve. |  |
Trim Surface - Surface Step Select the Trim Surface tool from the Surfacing toolbar. Select the blower surface as the surface to trim. |  |
Trim Surface - Curve Step Select the projected curve as the trimming curve. Click accept on the ribbon bar. |  |
Trim Surface - Side Step Indicate the arrow away from the blower as the part to trim off. See figure. |  |
Surface Trimmed The blower surface is trimmed as shown in figure. |  |
Trim Handle Similarly trim the top part of the handle using the lower arc. See figure. |  |
BlueSurf – Connection Click the BlueSurf tool on the surfacing toolbar. Select the curve projected onto the blower . |  |
The BlueSurf - Second Curve Select the curve that trimmed the handle. |  |
BlueSurf Appears Click accept and then Preview. A connecting BlueSurf will be created as shown in figure. |  |
BlueSurf Front View From the front view, the connecting BlueSurf appears as shown in figure. |  |
Hair Dryer – Done List of all Surfacing tutorials on this blog. cMayoCAD is a first of its kind training program where you learn to build your own, brand new, fully functional CAD system using a geometric modeling kernel.
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Click here to download the detailed course contents for cMayoCAD |  |
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