Thanks, Lars! I got so excited watching and learning how to simulate the behavior of my 3D printed parts and then I heard you saying you cannot start the simulation locally. What a pity!

Lars Once again..Thank you for these videos! Really Appreciate all you do...Thank you.

Thanks again Lars, and bravo again too for these so simple and easy to understand information fulfilment !

Just a timestamp I need to keep on going back (non-linear): 19:30 >> BUT I have a question, is it possible or does anyone know how to make wood as a material for simulation or is it always metal? When I open the non-linear study, the wood materials included (but can't be studied also..?) in static is gone altogether huhuhuh TT..TT or maybe a setting where I can change it to make more like wood maybe?

Excellent again, Thanks Lars

Am not an expert... however would it be possible to use the simulation engine with anisotropic materials (like 3d printed parts)? In particular, would it be possible to predict layer delamination? Thanks

Thanks Lars -- definitely subscribing! I wonder if it's possible to incorporate the strength of the screws into the study somehow. I understand that the fixed constraint assumes infinite holding power for the screws. I wonder if it would be possible to replace the fixed constraints with a force instead. Or perhaps we're talking about testing a complete assembly in this case.

this is going to be live stream of the year! Oh, i have spend so many hours in trying to figure out how nonlinear study is working and why it gives me eror again and again..singularity detected...what?

Hi Lars, Once again thank you for this one. Yet another clearly explained video with the novice in mind. Your teaching style is great. Have you made any more tutorials on simulation beyond this one and the one before? It seems like a huge subject with a lot to learn. I'd really like to see something to help me learn how to set up a simulation to test for unbalanced loads. For example, I'm about to build a lumber store cart which will have to be quite narrow at the base and will have some tall sheets of wood stored upright in it. It's a simple enough design but I would like to run a quick simulation to see if it is going to be too unbalanced and topple over easily. Another thing I'd like to simulate and test would be turning circles as it will be on a set of rotating castors and needs to be wheeled away into and around a tight corner for storage and I want to make sure it can make it round. Also, is the simulation space where you would design and explore mechanics - things like links, pulleys, gears, clasps and suchlike or is it more just for material stress, thermal and acoustic dynamics type simulations? Is there a space for these other things or would you just use joints and constraints and push components around to explore mechanical dynamics? Maybe the Animation space has some part to play in this or is that really only for presenting your designs?

Thanks Lars.

Hi Lars, Thank you for all the terrific tutorials. How many cloud credits did it take to solve the non-linear problem please? And, what does that cost?

Hi Lars. Thank you for tons of great material on Fusion 360. It was a great help when starting my venture into this software. I have come across some event simulation tutorials but my drop/crush tests generate bunch of failures. I couldn't find any relevant info in Autodesk page. Can you share some quick guidelines on how to perform a simulation of crushing object by free-falling heavy rick/etc? What initial settings and constraints should i set? My gravity simulation failed miserably, to the good laugh of my colleagues. Thanks!

Watched both the videos, and they were a nice start to Simulation study. I was hoping to simulate if a 3d printed housing would survive a drop. Assuming you added the impact force as a "load" to the component, is there a way to have it add the entire force at once instead of gradually over time? Thanks!

thanks but this would have been so much better if you had covered Contact Types. This bracket is perfectly-glued and has no bolt pre-tension. I got super-confused initially when I took this sim approach and found tension forces in the top of my (bolted to a wall and vertically loaded at the extremity) bracket instead of compressive forces at the bottom... because of the wrong contact-type.

Hi Lars, thanks for the video When i want to put a frictionless constraint on the back side of the part, i only can select the whole part (7 faces) and not just the back side. I can not figure out what i'm doing wrong.

Sir make video for vibration analysis

How to apply remote constraint in non linear analysis in autodesk fusion 360

Hi Lars, Great video on Non linear Analysis ... Is there any website containing a standard material database where I can get the stress - strain curves for non linear materials of ferrous , non ferrous and plastic materials....

Hi Lars, is it possible in fusion to take two different constructions (like hollow beam and full beam) and preset it to have the same weight and run simulation on them to check which one is better?, basically i mean if i can set a weight to my component

How did you get those interior radii from the triangle to the flat surface? Fillet doesnt seem to work for me.

):-) Hi Lars ji, Did u mean to imply that if material is plastic then nonlinear option is applicable n selected..? Or I don't get u.. ..

Hi Lars. I have noticed a failure of the stress simulation. Take for example the bracket with the reinforcement. when you apply the force, the force acts like a fluid and in the displacement view the both sides left and right of the reinforcement are displaced more. However, in real life this does not happen because the force is usually from a rigid body placed on the bracket and the bracket is displace uniformly, because if the both sides left and right of the reinforcement displace more, then the middle takes more force and eventually the displacement balances towards a uniformity, This of course makes me lose confidence in the program. Please comment.