Generative design - solcelletre

Generative design:

Automatic shape generation of printed parts optimized against external/internal goals. Any goal or  combination of goals (multi-objective) can be used as long as they can be measured or calculated. Examples: strength/weight, momentum, moment of inertia, resonance frequency, temperature conductivity/expansion, aesthetics, specific shape etc.

At the ROBIN group we are using generative design for automatic optimization of physical shapes for 3D printing and CNC machining. We have our own custom developed generators based on a new high voxel count FEA modeling technique running on the latest parallel CPU/GPU hardware.


Vi ønske å bruke generative design for å gro en 3D printet trestruktur som har som oppgave å løfte og posisjonere ett eller flere solcellepanel slik at de får mest mulig lys.

Stikkord:

  • Egendefinerte algoritmer for optimalisering av staglengder/antall i Matlab, FEM, 3D printing, fysisk testing.

Bildet kan inneholde: blad, himmel, botanikk, anlegg, tre.

Publisert 20. aug. 2020 16:10 - Sist endret 20. aug. 2020 16:10

Veileder(e)

Omfang (studiepoeng)

60