Tag: finite element analysis

A coupled kinetic Monte Carlo and finite element framework shows that anisotropy in sintered binder-jetted 316 L stainless steel evolves ...

Nine laboratory specimens showed that a recycled-rubber–steel composite damper developed greater cyclic resistance and energy dissipation than a steel-bar design ...

Researchers replaced the rectangular cross-sections of auxetic honeycomb walls with I-beam profiles, boosting stiffness by 286 percent and energy absorption ...

Researchers trained a deep multilayer perceptron on finite element and numerical data to predict the performance of a rectangular touch-mode ...

A new FEA-driven algorithm selectively reinforces high-stress zones of 3D-printed titanium jaw reconstruction plates, cutting peak stress by up to ...

A team of medical device engineers has published a risk-aware methodology for selecting the finite element mesh discretization of cardiovascular ...

A computational and experimental study of laser shock peening on Ti6Al4V shows that material orientation, loading angle, and shot repetition ...

A retrospective study of 160 patients combined with finite-element simulation shows that calf-muscle contraction measurably compresses deep veins at specific ...

A dynamic finite element study shows that medial mechanical-axis shift raises pressure, displacement, and tear-gap opening in medial meniscus posterior ...

Mesoscale simulations reveal that the connectivity of particle-rich networks, not just ceramic content, decides whether silicon carbide-aluminum composites strengthen or ...

Laboratory tests of a novel externally stiffened ring connection show that welded joints between concrete-filled steel tubular columns and reinforced ...

Researchers at Vellore Institute of Technology show that adding just 0.04 percent graphene oxide by weight of cement densifies the ...

A 330-model finite element study of composite steel-concrete beams reveals that circular web openings outperform all other shapes, while opening ...

An interpretable machine-learning framework trained on electro-thermal finite-element simulations predicts hidden temperature rise in bolted switchgear busbar joints, with XGBoost ...

A new hybrid reliability method called AK-FOCM combines active learning Kriging with first order control variates to estimate rare failure ...

Researchers combined field-measured digging trajectories with three competing load models to show how excavator booms and sticks respond under real ...

George Mason University's Cing-Dao Kan has received $1.43 million from the Federal Highway Administration to develop and test anti-ram perimeter ...

Engineers in Uganda have designed and simulated a two-axis sliding robotic system that charges scrap into electric induction furnaces at ...

Researchers have designed an architected thermoplastic polyurethane interlayer that lets aluminium pipe-in-pipe systems carry heavy loads while suppressing vibration through ...

A new 200,000-question benchmark from Carnegie Mellon University reveals that leading vision-language models perform at random chance when interpreting engineering ...