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So they used mechanical engineering techniques you would learn junior year or earlier. I'm sure they used FEA on earlier helmets as well. This just sounds fanc
by Fenrisulfr 8y ago
So they used mechanical engineering techniques you would learn junior year or earlier. I'm sure they used FEA on earlier helmets as well. This just sounds fancier. The next version is probably going to be called the DiffEq models.
https://en.wikipedia.org/wiki/Finite_element_method https://en.wikipedia.org/wiki/Finite_element_method
- Zanta 8y agoThis is a very dismissive comment. Many of my peers in grad school were developing finite element techniques - it's a huge area of active ongoing research. Getting realistic results is very tough in an application with non-linear materials (probably looking at anisotropic composites) and possibly fractures like this.
- jwagenet 8y agoThese FE models are almost certainly much more complicated than those tested in a junior year course. Anyone rig up a simulation and get some sort of result, but to get an accurate simulation result for a complex system like this requires thoughtful constraints, assumptions, and, as others mentioned, accurate material representations, among other things. FEA is a powerful tool, but much more complicated than providing a mesh and hitting go.