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Quomodo ostia arcae metallici lapides procedere
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Quomodo ostia arcae metallici lapides procedere

Release time:2024-07-18     Number of views :


Ut ostendit in figura inferiora est tabula operimentum cum angulis tres rotundis quomodo faciat hoc angulum rotundum? Let me explain to everyone!

Quomodo ostia arcae metallici lapides procedere(pic1)

Aperi software Solid Works et clic Novum

Quomodo ostia arcae metallici lapides procedere(pic2)

Select the part and click OK

Quomodo ostia arcae metallici lapides procedere(pic3)

Select the reference plane, click on the sketch, and choose the center rectangle

Quomodo ostia arcae metallici lapides procedere(pic4)

Diagrammas sequentis

Quomodo ostia arcae metallici lapides procedere(pic5)

Click on stretch cutting, given a depth of 30 mm

Quomodo ostia arcae metallici lapides procedere(pic6)

Click on the rounded corner

Quomodo ostia arcae metallici lapides procedere(pic7)

Select all edges blue of the arrows in the following image with a chamber radius of 15mm

Quomodo ostia arcae metallici lapides procedere(pic8)

Click on the shell extraction button and set the shell extraction thickness to 1.5mm. The arrow indicates the surface to be removed.

Quomodo ostia arcae metallici lapides procedere(pic9)

Generate solidos parts

Quomodo ostia arcae metallici lapides procedere(pic10)

Draw a sketch of stretching cutting on the surface indicated by the arrow

Quomodo ostia arcae metallici lapides procedere(pic11)

Click on entity conversion reference

Quomodo ostia arcae metallici lapides procedere(pic12)

Select the blue border at the four corners of the arrow

Quomodo ostia arcae metallici lapides procedere(pic13)

ReplyForward

Quomodo ostia arcae metallici lapides procedere(pic14)

Click on stretch cutting, select to form a vertex, and choose the point at the arrow

Quomodo ostia arcae metallici lapides procedere(pic15)

Efectus post resection

Quomodo ostia arcae metallici lapides procedere(pic16)

Click on the sketch and select the line

Quomodo ostia arcae metallici lapides procedere(pic17)

Select the surface shown in the following image

Quomodo ostia arcae metallici lapides procedere(pic18)

Diagramma

Quomodo ostia arcae metallici lapides procedere(pic19)

Click on stretch resection, select complete penetration, set thin-walled features, symmetrical on both sides, with a gap of 0.1

Quomodo ostia arcae metallici lapides procedere(pic20)

Click OK and use the same method to cut out gaps in the remaining rounded corners

Quomodo ostia arcae metallici lapides procedere(pic21)

Click on the entity to convert sheet metal

Quomodo ostia arcae metallici lapides procedere(pic22)

Select the blue surface for face 1 and select all arcs at the arrow for the bending edge line

Quomodo ostia arcae metallici lapides procedere(pic23)

Set the bending coefficient K factor to 0.5

Quomodo ostia arcae metallici lapides procedere(pic24)

Click on the expand button in the following image

Quomodo ostia arcae metallici lapides procedere(pic25)

Generate expansion, right-click on the expanded surface to generate CAD format

Quomodo ostia arcae metallici lapides procedere(pic26)

Returnentes ad solidos partes shell, ponete parametros pro extensione et sequente, et attention ad seleccionem contrarium laterum sequentem

Quomodo ostia arcae metallici lapides procedere(pic27)

Generate sicut in sequente figura monstrata

Quomodo ostia arcae metallici lapides procedere(pic28)

Draw a stretching and cutting sketch on the following surface

Quomodo ostia arcae metallici lapides procedere(pic29)

Click on stretch and cut to form a vertex

Quomodo ostia arcae metallici lapides procedere(pic30)

Click OK

Quomodo ostia arcae metallici lapides procedere(pic31)

Klicate dextera super superiorem spatiorem vacuum

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Click on the surface of the arrow to invoke the surface drawing command and click on the equidistant surface at the arrow

Quomodo ostia arcae metallici lapides procedere(pic33)

Distancia transferentis dimidia latitudinis tabulae est, 0.75. Interiora transferentia

Quomodo ostia arcae metallici lapides procedere(pic34)

Click on the blue surface, click hide

Quomodo ostia arcae metallici lapides procedere(pic35)

The following figure shows the offset surface

Quomodo ostia arcae metallici lapides procedere(pic36)

Click right on the blank space at the top and select 'Customize'

Quomodo ostia arcae metallici lapides procedere(pic37)

Select Command - Surface

Quomodo ostia arcae metallici lapides procedere(pic38)

Press and hold the surface flattening command, drag to the top empty space

Quomodo ostia arcae metallici lapides procedere(pic39)

Click on the surface flattening button, select the face and vertex according to the arrow

Quomodo ostia arcae metallici lapides procedere(pic40)

Unclaude superficiem. Superficie caerulea in sequente imagine representat expansionem angulorum rotationum. Clicca ut ad DXF/DWG exportare ut expansionem exiret

Quomodo ostia arcae metallici lapides procedere(pic41)

Altissimus est metodo duobus partibus metallis