1698 papers
This study demonstrates that a Vision Transformer-based model forecasting root-zone soil moisture in physical units achieves superior subseasonal skill over Europe compared to operational baselines, yet highlights that predicting rapid flash drought onsets remains a fundamental challenge across all current systems.
This paper demonstrates that a Reinforcement Learning-based Twin Delayed Deep Deterministic Policy Gradient (RL-TD3) optimized PID controller outperforms conventional and hybrid optimization methods, such as Coati Optimization and Grey Wolf-Cuckoo Search, in enhancing load frequency control stability and disturbance rejection within renewable-based islanded microgrids.
This study demonstrates that replacing sandstone with BOF steel slag in asphalt mixtures, particularly when combined with PMB binders, significantly enhances interfacial adhesion and overall mechanical performance, including rutting, cracking, and moisture resistance, under both unaged and long-term aged conditions.
This paper presents and experimentally demonstrates a scalable photonic interconnect unit integrating microring-based switching, programmable channel equalization, and closed-loop feedback stabilization to suppress power variations and resonance drift, thereby enabling high-accuracy, multi-core analog photonic computing.
This paper presents a quantitative framework for transferring Microbially Induced Calcium Carbonate Precipitation (MICP) technology from Australia to the Peruvian Andes, synthesizing literature to demonstrate its viability as a low-carbon alternative for stabilizing mine tailings and foundation soils while outlining necessary local adaptations regarding mineralogy, logistics, and regulation.
This paper synthesizes verifiable technical parameters from Dutch energy-neutral and nutrient-recovering water treatment systems to propose a transferable protocol for implementing ANAMMOX pretreatment in Peru, including an experimental design aligned with national regulations and an assessment of institutional capacity for adoption.
This paper assesses the declining synchronous inertia in Peru's National Interconnected Electric System (SEIN) by 2040 under high renewable penetration, demonstrating that critical frequency stability risks necessitate the regulatory implementation of synthetic inertia, a finding quantified through a newly proposed Integrated Frequency Security Index (IISF-SEIN).
This study demonstrates that partially replacing cement with a 20% blend of marble dust and crushed stone dust (10% each) in brick production offers a sustainable and cost-effective solution that maintains adequate mechanical strength while mitigating environmental waste disposal challenges.
This study evaluates the residual flexural capacity of corroded reinforced concrete beams through a comprehensive integrated approach combining experimental testing, modified analytical formulations, finite element numerical modeling, and machine learning, ultimately demonstrating that Random Forest algorithms offer the most efficient and accurate prediction tool compared to traditional methods.
This paper proposes a technology-transfer pathway for adapting a physics-informed hypoplasticity–machine learning framework, originally developed for German offshore wind conditions, to the Peruvian Pacific Coast by identifying directly transferable methodological components and outlining necessary local recalibrations for soil data, seismic coupling, and liquefaction screening.