New Software Pre-Optimizes Models For 3D Printing, Improving Structural Soundness
The software application automatically strengthens objects either by increasing the thickness of key structural elements or by adding struts.
The tool also uses a third option, reducing the stress on structural elements by hollowing out overweight elements.
“We not only make the objects structurally better, but we also make them much more inexpensive,” Mech said. “We have demonstrated a weight and cost savings of 80 percent.”
The new tool automatically identifies “grip positions” where a person is likely to grasp the object. A “lightweight structural analysis solver” analyzes the object using a mesh-based simulation. It requires less computing power than traditional finite-element modeling tools, which are used in high-precision work such as designing jet engine turbine blades.
“The 3-D printing doesn’t have to be so precise, so we developed our own structural analysis program that doesn’t pay significant attention to really high precision,” Benes said.
(via New tool gives structural strength to 3D-printed objects | KurzweilAI)