Researchers have demonstrated that parametric physics-informed neural networks can serve as rapid surrogates for constitutive model calibration, enabling near real-time ...
Physical modeling tests based on slopes near the Baihetan Hydropower Station reveal that an anchorage angle of twenty-five degrees reduces ...
Researchers developed a two-field coupling framework uniting digital image correlation and finite element simulations to accurately capture localized strain and ...
Researchers demonstrated that integrating digital image correlation displacement fields directly into finite element formulations enables efficient, software-independent identification of plastic ...
Extending ultra-high-performance concrete strengthening layers past supports prevents brittle concrete cover separation while boosting prestressed concrete beam capacity by up ...
A critical narrative review establishes a regime-based framework for selecting valid polymer fracture toughness parameters and evaluating dissipation mechanisms across ...
Researchers have demonstrated that chordwise-flexible rubber blades can match the tidal energy capture of actively pitched rigid blades while passively ...
Uniaxial compression tests reveal that backfilling mitigates stress concentrations, enhances post-peak strength, and transitions energy release from abrupt to segmented ...
A study in Geomechanics and Geophysics for Geo-Energy and Geo-Resources reveals how fissure angle and loading rate dictate sandstone failure ...
A validated OCT-based digital image correlation method quantifies in vivo ciliary muscle strain during accommodation, revealing graded mechanical attenuation in ...
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