Introduction to topology optimization Part 1/4

Part of Modelling ID4135-16, a course in the master program of Integrated Product Design, at the Faculty of Industrial Design Engineering, TU Delft.

[@KGTiberius]

Missing a few constraints that you’ll improve the AI. Rather than size… consider maximum space constraints.
New input factor: material. Allow the AI to choose the material from the global database.
New input factor: Constraints = temperature, durability, radioactivity, chemical interactivity, etc.
New input factor: cost. Give it a budget for material costs to create material optimization using the above constraints.
New input factor: light/shadow requirements (Eg under a bridge, etc.). Allow reflection and bounce.
New secondary input factor: beauty and/or symmetry. Program phi, symmetry, balance, prior artistic understanding of beauty, and current human sample populations of polls for training. Attempt the primary design both without and with this optional/secondary input factor.

[@Etrehumain123]

Thank you very much

[@line_404]

谢谢你

[@LuisSanchez-kx1pm]

Thank you so much for these videos. Could you recommend any introductory books on topological optimization?

[@JunWu2011]

A 99 line topology optimization code written in MATLAB
www.topopt.mek.dtu.dk/Apps-and-software/A-99-line-topology-optimization-code-written-in-MATLAB

[@nourmhereeg1489]

@@JunWu2011hi, thank you for your video, can I have your email address please?

[@joejoe-lb6bw]

The top right border of the lego blocks are in tension when the force is applied. So how to they contribute to the stiffness?

[@singinginthedark2786]

who else was sad that no Lego got used in this video? would love to see the actual physical proof that the topology worked, and not just a few low resolution diagrams, great job at explaining topology, but very poor job at showing it