Researchers have demonstrated that the Grasshopper plugin Stag successfully executes multi-material topology optimization under multiple load cases while coupling directly ...
A course-based workshop combining parametric modeling, topology optimization, 3D printing and mixed reality drew positive student feedback, though researchers caution ...
A hierarchical Monte Carlo Tree Search framework with staged grid refinements improves truss design quality and cuts computational cost while ...
A review of 58 studies finds artificial intelligence reshaping 3D printed concrete across material design, printing process control, and structural ...
A new review proposes a three-gate qualification framework that links electric vehicle battery cold plate design, manufacturing integrity and end-of-life ...
An AI-guided workflow combining symmetry, machine learning and acoustic simulation reduced the search for promising sound-absorbing weave designs to less ...
A comparative study of bionic and topology-optimized liquid cooling channels for electric vehicle battery packs finds each design wins on ...
Researchers at Purdue and Harvard used topology-optimized silicon-on-sapphire nanocavities to achieve roughly tenfold enhancement of excitonic light emission from monolayer ...
Researchers have released openCFS, a fully open-source finite-element package that couples electromagnetics, acoustics, mechanics, heat, and flow for advanced multiphysics ...
Researchers combined topology-optimized housings, chimney-effect airflow, heat pipes, and micro-grooved surfaces to cut deep-sea LED fish-attracting lamp temperatures by 6.73 ...
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