Model predicts cyclic uplift failure in soft-clay helix anchors
A hybrid experimental and computational framework modeled stiffness loss, pore-pressure buildup and residual displacement in single-helix anchors subjected to vertical ...
A hybrid experimental and computational framework modeled stiffness loss, pore-pressure buildup and residual displacement in single-helix anchors subjected to vertical ...
A review synthesizes finite element modeling, artificial intelligence and digital-twin research for additive manufacturing of refractory alloys while identifying unresolved ...
A hybrid experiment-and-model study found that accelerated carbonation curing modestly improved ordinary Portland cement durability but shortened modeled cover-cracking times ...
A finite-element study of six preset cracks found that position and depth can reverse normal stress responses, while interface condition ...
A new review maps how mechanically adaptive hydrogels that dynamically tune their stiffness, combined with finite element modeling and bone-on-chip ...
A new hybrid reliability method called AK-FOCM combines active learning Kriging with first order control variates to estimate rare failure ...
Patient-specific computer simulations of bicuspid aortic valve TAVR reveal that strain in the tissue near the left bundle branch cleanly ...
Researchers at the University of Tehran have developed an enhanced EEG source imaging method that combines neural networks with finite ...
A hybrid experimental and numerical study shows that precast concrete frames with nib connections remain largely safe in moderate earthquakes ...
A coupled thermo-metallurgical-mechanical study of TIG-welded S355 steel shows that transformation-induced plasticity, driven mainly by phase-fraction changes, halves predicted residual ...
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© 2025 Scienmag - Science Magazine