Multi-lattice Topology Optimization with Smooth Spatial Lattice Transition
Achieve material extreme through geometry
Multi-Lattice Topology Optimization is a computational design framework that enables decoupled tuning of mechanical properties by embedding multiple interacting lattice architectures within a single structure. By integrating physics-based simulation and machine-learning-driven optimization, the approach supports the design of high-performance, additively manufacturable systems whose functionality emerges from their physical architecture.
Optimize part shape and lattice distribution at the same time