Very interesting and very powerful engine for treating meshes (voxels?)! It is also nice that you can store&repeat the same set of actions on different models. On the "modeling-side", since we are dealing with an impeller, can you change the thickness of the blades or the total number of blades or a (slight) change of the diameter of the impeller or the fillet radius at the bottom of each blade?
Anything about mechanical analysis challenge in FE software cae what do I mean by that is after lattice building in ntopology we export the model to say Abaqus or Ansys but it is difficult to do stress analysis because the computer become slow sometimes kind of busy . any solution for this please. thank you!
Simulating lattices is complex with many speed vs. accuracy tradeoffs. Our application engineers recommend three methodologies: solid element simulation, beam element simulation, or homogenization. Here's a support article with more information: support.ntopology.com/hc/en-us/articles/360051081633
Nobody wanna put a lattice inside a rotary part, in terms of balancing this is far to be efficient (but I understand it's just a demo of possibilities offered by the software)
Very interesting and very powerful engine for treating meshes (voxels?)! It is also nice that you can store&repeat the same set of actions on different models. On the "modeling-side", since we are dealing with an impeller, can you change the thickness of the blades or the total number of blades or a (slight) change of the diameter of the impeller or the fillet radius at the bottom of each blade?
Looks like marching cubes rendering. Does ntopology support more direct SDF approaches, like ray marching?
This is all great, But as a AM still need to get the powder out. I know you have tools for that, Just making a statement.
Anything about mechanical analysis challenge in FE software cae what do I mean by that is after lattice building in ntopology we export the model to say Abaqus or Ansys but it is difficult to do stress analysis because the computer become slow sometimes kind of busy . any solution for this please. thank you!
Simulating lattices is complex with many speed vs. accuracy tradeoffs. Our application engineers recommend three methodologies: solid element simulation, beam element simulation, or homogenization. Here's a support article with more information: support.ntopology.com/hc/en-us/articles/360051081633
@@nTopology :Thank you so much, that is really game changer it helps a lot.
What a video card name ? Thx
Nobody wanna put a lattice inside a rotary part, in terms of balancing this is far to be efficient (but I understand it's just a demo of possibilities offered by the software)