Researchers have developed P4Struct, an open-source Python framework that unifies finite element analysis, topology optimization, and smoothed surface generation within ...
An extension engineering analysis method identifies key shape feature elements to support the optimal structural design of ultra-precision manipulators.
A hierarchical Monte Carlo Tree Search framework with staged grid refinements improves truss design quality and cuts computational cost while ...
Researchers at Karlsruhe Institute of Technology used guided bending with tailored incisions to elastically form straight timber lamellae into a ...
A new Monte Carlo framework combines synthetic tropical cyclone tracks, adapted wave modeling, swell statistics, and ERA5 reanalysis to produce ...
Researchers built a Random Forest machine learning framework that predicts the probability of tornado damage wind speeds exceeding critical EF3-range ...
Researchers generated 48,600 AI-designed apartment buildings with identical floor areas and found that architectural design choices alone can nearly quadruple ...
Full-scale cyclic tests and validated finite element simulations show that sustained gravity loading cuts the in-plane seismic capacity of composite ...
Researchers at the Italian Institute of Technology used Bayesian optimisation with a Gaussian process surrogate to identify stress-critical poses of ...
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