Focal Interest
Focal Interest

Topology Optimization in Engineering

External reference: https://openalex.org/T11115

  1. Topology-optimized seat module reduces mass and adds capacity
    Design methodology for lightweight seat modules in robotic amusement rides using topology optimization and fiber-reinforced polymers, achieving 49% mass reduction per seat.
  2. Gyroid lattice build orientation changed mechanical performance
    Study of how build orientation affects mechanical properties of gyroid lattice structures fabricated with PLA-metal composites, revealing optimal alignment strategies for enhanced performance.
  3. Foam filling improved the performance of SLS polymer lattices
    Study evaluates SLS polymer lattice architectures with and without polyurethane foam filling, revealing foam integration increases stiffness 40-fold and strength nearly 100% while improving energy.
  4. Brittle lattice strength depends on loading direction and topology
    Multiscale analysis of tension-compression asymmetry in brittle lattice metamaterials using additive manufacturing, micro-CT imaging, and computational modeling to predict failure mechanisms.