2580 papers
This study utilizes finite element analysis to demonstrate that optimizing intermediate tie configurations, hoop spacing, and hook angles in reinforced concrete columns significantly enhances their lateral load capacity and ductility by improving core confinement and preventing longitudinal bar buckling.
Through laboratory experiments and 3D modeling, this study demonstrates that water flow rate and leakage-channel geometry critically govern the intensity, spatial distribution, and temporal dynamics of thermal anomalies in tunnel lining blocks, necessitating location-specific interpretation of temperature data.
This paper evaluates the trade-off between SSB periodicity, electromagnetic field (EMF) power density, and user mobility performance in 5G systems, identifying a 20–40 ms range as optimal for significantly reducing EMF exposure while maintaining acceptable handover delays and data delivery.
This systematic review of 14,346 Industry 5.0 records reveals a critical disconnect between the field's dominant technology-centric focus and the under-synthesized literature on worker capability diversity, prompting the proposal of the Capability-Adaptive Intelligent Assistance Framework (CAIA-5.0) and a six-item research agenda to bridge this gap and enable truly inclusive manufacturing.
This paper evaluates robust gateway-region planning strategies for 6G LEO satellite return paths under uncertain spatial service priorities, demonstrating that a single gateway achieves high opportunity rates while a second gateway significantly minimizes worst-case gaps, with minimax regret proving particularly effective in sparse architectural conditions.
This paper proposes a power grid operational risk assessment method utilizing a multi-gate mixture-of-experts (MMoE) model that fuses multi-dimensional source-grid features and empirical dispatch error simulations to achieve high-accuracy prediction and adaptive interpretability of spatiotemporal balancing risks in renewable energy-integrated systems.
This study evaluates the sensitivity of three industrial steel building models to increased roof and wind loads, revealing that uniform load increases yield non-uniform utilization responses and necessitate tracking governing-member migration to ensure structural safety.
This paper presents the design, implementation, and successful two-week field validation of a low-cost, solar-powered IoT system using Arduino and LoRaWAN technology to enable real-time, non-invasive monitoring of honeybee colonies for precision apiculture.
This study proposes an automated workflow integrating Terrestrial LiDAR Scanning, Quantitative Structure Models, and solar radiation simulations to quantify how urban tree pruning alters canopy structure and subsequently impacts human thermal comfort, as measured by Physiological Equivalent Temperature (PET).
This paper proposes a Physics-Informed Modulated Fusion ResNet (PIMF-ResNet) that integrates auditory-inspired acoustic features with physics-guided envelope-spectrum priors to significantly enhance the noise robustness and accuracy of railway wheelset bearing fault diagnosis in challenging wayside environments.