R
Link preview
If your design is highly anisotropic and nonlinear, does that mean you should forget about it because it is too complex to model?
If your design is highly anisotropic and nonlinear, does that mean you should forget about it because it is too complex to model? With current sim-to-real training approaches, the ability to model interactions becomes increasingly important. The more complex the model, the less practical simulation becomes. Part of me completely understands the value of simpler designs. But I am still wondering whether we may sometimes dismiss designs now that could provide valuable mechanical behavior simply because they are more difficult to simulate. I am not sure whether this is ultimately helpful, or whether it creates constraints on the types of mechanical designs we are willing to develop. submitted by /u/GloomyCity9841 [link] [Kommentare] reddit.com · reddit.com ↗
If your design is highly anisotropic and nonlinear, does that mean you should forget about it because it is too complex to model? With current sim-to-real training approaches, the ability to model interactions becomes increasingly important. The more complex the model, the less practical simulation becomes. Part of me completely understands the value of simpler designs. But I am still wondering whether we may sometimes dismiss designs now that could provide valuable mechanical behavior simply because they are more difficult to simulate. I am not sure whether this is ultimately helpful, or whether it creates constraints on the types of mechanical designs we are willing to develop. submitted by /u/GloomyCity9841 [link] [Kommentare]
Comments