1690 papers
This study develops and characterizes dual-nozzle 3D printed smart insoles using PLA sheaths with carbon black or iron-filled PLA cores, demonstrating that integrated structures with larger core diameters and thinner profiles significantly enhance electrical conductivity and magnetic field strength for plantar pressure sensing applications.
This research introduces and evaluates a conversational GeoAI framework grounded in Generative Spatial Intelligence that bridges the gap between complex flood data and community action by transforming static maps into dynamic, AI-driven storytelling tools that synthesize hydrologic and social geospatial data into actionable, plain-language advisories for non-expert decision-makers.
This paper introduces a novel physics-informed stacking ensemble framework that leverages causal inference and stochastic differential geometry to accurately predict the plastic hinge length of reinforced concrete shear walls, achieving superior performance and robustness compared to existing methods on a dataset of 721 experimental samples.
This study validates a time-domain, loosely-coupled Fluid–Structure Interaction framework in ANSYS Workbench against NASA benchmarks to accurately predict the static aeroelastic response and flutter boundaries of the HIRENASD transonic wing, demonstrating its viability as a reproducible, industry-accessible tool for preliminary aircraft wing assessment.
This study investigates the complex deformation and damage mechanisms of a deep dynamic pressure roadway under mining-induced stress and coal pillar preloading, proposing and validating a zonal support strategy that combines "three-anchor" joint reinforcement in high-pressure zones with a resistance-yielding approach in dynamic-pressure zones.
This study demonstrates that thermally evaporated Al/Cr/Au contacts on AlGaN/GaN-on-SiC heterostructures, when annealed at 850°C for 47 seconds, form low-resistance ohmic interfaces suitable for high-frequency and high-power GaN device applications, as validated by transmission line method characterization.
This paper introduces an open-source web-based mathematical simulation framework that systematically benchmarks nineteen rocket control strategies against complex physical models, revealing that while PID-based architectures generally outperform others, specific hybrid variants like Impulse control can significantly improve fuel efficiency during landing.
This study presents and evaluates an interactive virtual reality tutorial system that effectively enhances students' comprehension and knowledge retention of the complex heat equation and its 3D temperature distribution visualization compared to conventional classroom methods.
This paper presents a safe and precise method for early vascular diagnosis using anisotropic, magnetically controlled microrobots that navigate blood vessels and reconstruct 3D lumen topology in real-time by emitting detectable magnetic signals, thereby overcoming the limitations of traditional angiography.
This study presents a rigorous analytical framework and a dedicated MATLAB solver to transparently validate Vlasov's theory of non-uniform elastic torsion, confirming the accuracy of the open-source "elasticBeamColumnWarping" finite element in capturing complex bi-moment distributions for thin-walled steel systems.