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Del curso dictado por Autodesk

Intro to Digital Manufacturing with Autodesk Fusion 360

479 calificaciones

Autodesk

Intro to Digital Manufacturing with Autodesk Fusion 360

479 calificaciones

Curso 1 de 5 en SpecializationCAD and Digital Manufacturing

The manufacturing industry is making a digital transformation, allowing companies to customize production through advances in machine learning, sustainable design, generative design, and collaboration, with integrated design and manufacturing processes. This course introduces innovations in CAD and digital manufacturing, speaking to the rapid changes taking place that are forever transforming the future of making. This course will also explore foundational concepts behind Autodesk® Fusion 360™ CAD/CAM. Fusion 360 is a cloud-based CAD/CAM tool for collaborative product development that combines industrial design, mechanical engineering, and machine tool programming into one software solution. Through a series of lectures and hands-on exercises, this course provides the core philosophy behind the software. By understanding how designs are both made and assembled, you'll learn to create better designs from the start. After completing this course, you will be able to: • Summarize an understanding of digital manufacturing, principles of sustainable design, and manufacturing processes. • Explain and discuss how trends such as generative design and machine learning are influencing innovation, and how things are made. • Demonstrate knowledge and skills in foundational concepts of Fusion 360 CAD/CAM software. • Practice design collaboration and file management best practices using Fusion 360 cloud-based features

De la lección

Foundational Concepts

Build a foundational understanding of how Autodesk® Fusion 360™ can be used to design differently before starting your first model. This week introduces foundational concepts behind Fusion 360 and offers insight into how it compares with other technologies. You will also be guided on how to install the software and develop new software skills so you get started with a solid understanding of how designs are made and assembled in Fusion 360.

Modeling workflow overview4:01

Understanding rule #1: Bodies and components9:10

Understanding rule #1: Bodies and components (continued)6:04

Capture design history4:48

Apply direct editing4:05

Conoce a los instructores

Autodesk Education

In this lesson, we will look at an editing workflow we touched on on a previous lesson,

that is often overlooked,

but can be incredibly valuable when it comes to working with data from other CAD systems,

as well as being a quick way to make changes to your designs.

First, let's go to the Tier 1 folder and upload the direct edit file.

When the upload is complete,

go ahead and open it,

in Fusion 360 and hide the data panel.

Looking at the component,

it's a simple plate with four holes.

But make note that the holes, on the nearest end,

are not concentric with the fillets on the part.

The part was created in Fusion 360 and the features are in the timeline below.

Sketches for the main body and holes and affiliate feature, or the corners.

Now let's turn off design history using the gear icon in the lower right.

Direct editing can be a powerful tool for developing shapes

quickly and for editing models that don't have a feature history.

Or if you need to make a quick change and don't want to sort through the design history.

In fact, direct modeling tools can be used with history on,

and the edits will be recorded in the timeline.

Well, now let's make a few changes to the play,

starting with the diameter of the holes.

We'll start the press pool tool and select the faces of the four holes.

You'll notice that when you select the faces,

an offset faces dialog appears.

Depending on the geometry you select,

press pool will give you different tools,

that are appropriate for your selection.

The mini dialog shows that the holes are five millimeters in diameter.

You can drag the new value,

or will simply enter 7.5 and press enter,

to change the size of the holes.

The whole diameter will be updated,

but they will remain centered where they were located.

Next we will move the two holes,

to be concentric with the Fielitz.

Start to move copy to or from the modified menu and switch the move object type to face.

Now select the faces of the two holes.

We can use either the free move type,

or the translate type.

For free move, we'll need to establish a pivot point.

Select the icon in the dialog,

then pin the center, to one of the holes.

Once the pivot is set,

be sure to select the checkmark,

so that Fusion 360,

knows you're done changing the pivot point.

Now you can pull the arrow,

aligned with the x axis and start dragging the location.

You can see incremental move is switched on,

or you can enter the distance value.

We can also change the move type, to point to point.

For the move you want to make, this should work well.

After switching the move type,

pick the center of the hole and then,

the center of the fillet and click OK to save the change.

Now we need to make a change to the overall size of the plate.

We can use press pull or move copy for this operation.

Though there are times where you might find one works better than the other,

depending on the geometry you are selecting.

For this lesson, I'll use the move copy tool.

Once it's open, I want to make sure that objects is still set to faces,

select the two fillets and the end face of the plate and the two holes.

Then, switch to the translate option and use

the arrow to move the objects 35 millimeters.

At any time you can turn design history tracking back on.

We can see the original sketches remain,

but the features based on them,

are no longer associated with the sketches.

Since this is a single standalone part,

that was just created as a body at the top level rather than building a component,

or the edits that this part might need,

we could just simply use direct modeling tools.

To thicken the part,

we can just use press pool and add another five millimeters.

When we are finished, we can save the file and move on.

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