In the Design workspace, on the Mesh tab, select Modify > Combine . The Combine dialog displays.

Click Design > Solid > Modify > Combine . The Combine dialog displays.

Use the Combine Face Groups tool to combine face groups on a mesh body in Fusion.

Autodesk Fusion (formerly Autodesk Fusion 360) combines CAD, CAM, CAE, and PCB into a single, integrated cloud software platform.

A common way to express the multidirectional tensor stress components is to combine them into an equivalent stress magnitude.

When you import KiCad schematics into Fusion, they are combined into a single Fusion schematic file with two translation options: Sheets Translation (recommended): KiCad schematic files are combined into one file and translated into different sheets, keeping the original reference designator names in the 2D PCB.

When you use Insert Mesh to insert a mesh body into a design, all faces on the mesh body are added to a single face group. Combine Face Groups The Combine Face Groups tool combines two or more adjacent face groups on a mesh body.

To activate the Combine tool, go to the Solid tab > Modify drop down menu > Combine .

In the Results browser, expand Results to see results that show: how close components are to the maximum temperature thresholds the temperature of all the components on the board and how their temperature might affect the temperature of nearby components how air flow affects the component temperature how the air flow is distributed through the enclosure the effect of heat sinks on the component temperatures. Combined Results to see an overlay of component temperatures with: Air velocity Air temperature

Standard results are presented as individual Results and as Combined Results. The Results folder hosts results that focus on a specific aspect of the analysis, such as component temperature, or air temperature The Combined Results folder presents result overlays so you can see how the air temperature and component temperature, for example, might affect one another.

Event Simulations combine the principles of Hooke's Law (F=-kx) and Newton's 2nd Law (F=ma).

Add custom keyboard shortcuts that combine electronics commands, similar to the EAGLE ASSIGN command.

Click the body of the bottle as the reference for the Tool Body. In the Combine dialog, select an Operation of Cut.

In this tutorial, you created a model of a utility knife using several modeling techniques: You used sketches and planes to split bodies. You used the Combine tool to join and cut bodies.

Select an Operation, and adjust its associated settings: Join: Combines the new body with an existing body.