1592 papers
This paper investigates the use of a 445 nm laser to sinter gold-platinum-palladium ink on alumina substrates, creating conductive sensors via additive manufacturing for autonomous water reclamation monitoring in long-duration space missions.
This study demonstrates that a bioresponsive virtual reality system mapping lung volume to a dynamic particle field effectively enhances breathing synchronization and induces altered states of consciousness during box breathing, though the specific influence of particle symmetry on these outcomes remains inconclusive.
This 11-year study at the V&A Museum utilized Digital Speckle Pattern Interferometry to demonstrate that 18th-century French cabinet drawers, regardless of the adhesive used for consolidation, acclimatize to gallery environmental conditions within a few years, suggesting this rapid stabilization is a general phenomenon relevant to the preventive conservation of treated cultural heritage.
This benchtop study demonstrates that augmenting virtual model control with integral control, combined with sequential improvements in mechanical stabilization and spatial calibration, significantly enhances the precision of robotic dry-bone resection while identifying optimal operating parameters for future high-fidelity testing.
This study proposes a scenario-driven framework that integrates dynamic flood simulations with a two-criterion identification method to reveal how rainfall patterns and terrain jointly shape urban road network resilience, demonstrating that prioritizing reinforcement based on both structural importance and flood exposure significantly outperforms topology-only or random strategies in mitigating connectivity loss.
This paper presents a distributed Gauss-Newton optimizer that leverages MPI-based parallel "walkers" and Duchon spline interpolation to efficiently solve the geomechanics initialization problem for carbon storage, demonstrating superior scalability, robustness against local minima, and accuracy in reproducing consistent stress fields compared to traditional single-threaded methods.
This study proposes an integrated decision framework that combines Building Information Modeling (BIM), performance assessment, and multi-criteria decision analysis to simultaneously evaluate regulatory compliance, environmental performance, and construction feasibility for sustainable building design, demonstrated through a controlled illustrative dataset using existing benchmark resources.
This paper proposes and validates a solar PV-integrated electric vehicle charging station equipped with a traffic-responsive load management system that dynamically allocates charging power based on real-time road density, thereby optimizing renewable energy utilization, reducing grid dependency, and minimizing vehicle waiting times.
This paper presents a behavior-aware multi-objective action selection framework for cognitive radars that optimizes mission performance and target estimation quality while minimizing predictability to cognitive ESM threats by employing a "Random Near-Best" policy that balances high reward with reduced behavioral regularity.
This paper reports the first experimental realization of a cable-free and battery-free spatial power grid that utilizes Algorithmic Topological Resonance and nonradiative evanescent wave coupling to deliver safe, high-efficiency (92.5%) wireless power across 15-meter indoor radii and 500-meter mobility corridors, effectively eliminating the need for physical charging infrastructure and chemical batteries.