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Comments
This is very creative, you should do more enjoyable prints.
When will open source be available?
very neat design..
very innovative design!
Looks good.
awesome
good job!!!
Yo！ - ちょうどあなたのロックを言うために手を差し伸べる！デザインが大好き。もっともっともっと!
good job!
Which tool did you use for generative design?
Hi Yuji
Exceptionally made. Flow modelling suggests anywhere between 30%-55% drop in thrust (approximated propeller size) due to vein presence in the flow line. Given the fact that Multirotor operates as a inefficient machine, will this project kill efficiency gained due reduction in weight by presenting obstruction in the suction line. Some passing thoughts
Hello, I dont want to be a critical because your drone is aesthetically very pleasant, but I have to notice that there are too many shaded surfaces around the rotors
This mesh shape is fully simulated in Within and Modeled in Fusion 360 with Sculpt feature♪
If you have any farther question about XVEIN project, please email me to following address.
yuji.fujimura@autodesk.com
with "Regarding XVEIN project"
Thank you!
Yuji
Hi, great design, how did you create the mesh wings? was it two sketches that were then connected or did you use a different technique?
HI Yuji, would love to try to do a structural analysis on this design with my new product SIMSOLID. SIMSOLID analyzes complete assemblies of full detailed (un-simplified) CAD parts. You can find more information on www.simsolid.com. Please watch the video on the main page. This model with the full smoothed mesh detail would be a good example to try. We are creating a Fusion 360 integration now so the Fusion model is all I need.
Love IT!!!
For simulation YES.
At the very end, we modeled the mesh part manually with Fusion 360 Sculpt
is it done using Within?