The hardest parts of simulation are setting up properly so your results are as accurate as possible and figuring out the best manufacturing method. Whether it’s simple static stress, optimizing a shape to reduce weight, or simulating a bird hitting an airplane, it’s all there.
#Fusion 360 tutorials software#
Become a Fusion 360 Simulation Expert in 60 Minutesįusion 360 simulation software offers a rich set of analysis types to simulate real-world problems. Watch ‘Fusion 360 Form Tool and Surface Modeling’ here. To learn more, check out the course recording at the link below. Hint: The key to maximizing these tools is building a level of prediction for what your actions will produce. This course delves into the best ways to use these powerful tools, when you should use them, and why. It’s time to get comfortable with the form tool and surface modeling in Fusion 360 (we know they can be intimidating). Fusion 360 Form Tool and Surface Modeling To help you choose where to start, we’ve put together a list of our 10 favorite Fusion 360-specific courses, including Ask Me Anything sessions, live Factory Experiences, industry panels, modeling demos, and more. There are multiple options for beginners new to CAD, machinists, engineers, and designers. Even though the event has passed, the Autodesk University 2021 course catalog can be overwhelming - in a good way! There is over 50 Fusion 360 sessions to choose from, each focusing on a different profession and different skillset.
#Fusion 360 tutorials for free#
In the spirit of keeping the learning coming, most of the Fusion 360 courses from the event are still available to watch online for free at your leisure. There is over 50 Fusion 360 sessions to choose from, so what are you waiting for? Stephen Hooper, Vice President and General Manager of Autodesk Fusion 360, presenting during the Autodesk University 2020 D&M keynote.įollowing in last year’s footsteps, Autodesk University 2021 was a free, virtual event. That’s right - you can watch most of the Fusion 360 courses from the event online for free whenever you want.
I'm just unsure of what aspect of the software should be my focus here.Autodesk University 2021 is officially over, but that doesn’t mean the fun has to stop. Even a "here, this is the youtube vid you should watch" and I can figure it out from there. Here's a rough sketch in paint of what I'm looking to do with the original on the left and the behavior I'd like when "resizing" smaller or larger. In other words, the only thing I want adjusting when I resize the Z taller or shorter is the angle of the slash/handle and it's length. I want the handle to always maintain the same diameter and always attach to the left side of the top and the right side of the bottom, and I want to be able to resize the toy while keeping the top and bottom exactly the same. I have a toy which is roughly a Z shape with components top, bottom and handle (the slash). This is a generic version of my specific use-case. I'm coming back to CAD after a two decade hiatus because my kids wanted a 3d printer and now I'm down the rabbit hole of designing toys they dream up. plane 20° from the 1.plane.- I also tried making a Construction-plane at an angle (45° from Z), a Construction-plane at an angle (20° from Y) and than a Construction-Midplane. How can I do this?- I tried making a Construction-plane at an angle (45°) and than wanted to make a 2. (Without the need of making a box and rotating it and than make a construction-plane from its side.) So my wish is to create a construction plane (at the Origin) like the pink drawn one but only made from the Origin-planes. To show what I mean I made a box (Step0 = green).Than rotated it 45° down (on the X-Axis of the MainOrigin) -> (Step1 = orange)And than rotated it 20° (on the Y-Axis). I made a Fusion360-File and a screenshot to show what I mean. I have a planeA (45° from the XZ-plane).Now I want a new planeB 20° tilted to the planeA.
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