Research Radar
A unified intelligence feed of emerging AI, SaaS, and architectural models extracted directly from peer-reviewed scientific literature.
Intelligent prediction of thermodynamic performance in MHD Oldroyd B trihybrid nanofluids using artificial neural networks
This research aims to describe the flow characteristics and entropy creation of an Oldroyd-B tri hybrid nanofluid under conditions of MHD with heat transfer through a hybrid numerical-machine learning framework. The nonlinear boundary layer govern...
Modeling and Simulation Analysis of Liquid Hydrogen and Power Systems Based on Amesim
Hydrogen-powered aircraft primarily utilize the conversion of liquid hydrogen into gaseous hydrogen to replace aviation kerosene, where hydrogen is directly combusted to provide propulsion. This study applied Amesim software to establish a complic...
How can additive manufacturing enable multifunctional batteries that combine energy storage and mechanical strength?
Abstract While conventional batteries have historically been designed to prioritize a single functionality (energy storage), emerging concepts are increasingly transitioning toward hybrid multifunctional systems in which energy storage is integrat...
Review of methods for assessing the climate impacts of aviation technologies and the resulting best practices
Abstract The climate impact of aviation resulting from both $$\text {CO}_2$$ emissions and $$\text {non-CO}_2$$ effects is gaining attention from aviation stakeholders seeking to identify potential mitigation options. There is a need to consolidat...
Decoding benign prostatic hyperplasia at single-cell resolution: heterogeneity, inflammation, and beyond androgen-driven pathogenesis
Benign prostatic hyperplasia (BPH) represents a highly prevalent age-related disorder, traditionally managed through androgen-driven pathways. However, the limited efficacy of conventional hormonal therapies in a substantial subset of patients nec...
INFLUENCE OF METALLIC HOST STRUCTURE ON MOLECULAR HYDROGEN EMBEDDED AND STABILITY UNDER ION IMPLANTATION
With this study we would like to confirm previously predicted computationnal results regarding the formation of molecular hydrogen during ion-metal interactions.The formation of defects in iron and titanium and their binding to hydrogen were analy...
Towards quantifying contrails of fuel cell powered aircraft: first in-flight measurements of a fuel cell exhaust emulator
Abstract. Aviation forces the climate via multiple pathways: The emission of carbon dioxide (CO2) from conventional propulsion technologies has a warming effect, but also non-CO2 effects like contrail cirrus play a crucial role. For new hydrogen (...
Locomotives vs. Heavy Road Freight Vehicle Combinations: A Case Study of the Energy Intensity and WTW CO2e Emissions of Freight Transport
This study quantifies, based on real-world operational measurements, the energy intensity and greenhouse gas emissions of selected vehicle types in rail and road freight transport on the Brno–Břeclav corridor. Measurements were conducted on severa...
Dynamics of a free rectangular vortex ring generated by an impulsively driven piston
Large-eddy simulations were conducted on the formation and behaviour of an aspect ratio of 2 rectangular vortex ring (RVR) modelled after an impulsively driven piston for a ‘cylindrical-slug’-based approach, instead of assuming idealised condition...
Lateral self-propulsion of Marangoni droplets in stratified fluids
Stable vertical stratification of liquids significantly influences the dynamics of both rigid and deformable bodies immersed in them. Recent research has shown that the interplay between buoyancy and Marangoni convection induced by surface tension...
Measurement of sludge-water interface based on adjustable peak point of ultrasonic echo energy
To address the escalating water resources consumption, the need for intelligent automation in urban sewage treatment has become imperative. However, existing ultrasonic sludge interface instruments have been found to exhibit poor environmental noi...
Policy pathways for low-carbon transport in Ireland: Carbon taxes and ICE bans
This paper develops I3E-Transport, a new Irish passenger transport model that integrates behavioural, technological, and macroeconomic drivers to assess the effectiveness of carbon taxation and internal combustion engine (ICE) phase-out policies o...
Numerical investigation of battery thermal management using phase change material with nano additives
Efficient battery thermal management is vital for maintaining safety, efficiency, and lifespan of cylindrical lithium-ion batteries in automotive electric vehicles. This study presents an unsteady CFD investigation of 18,650 cylindrical cell with ...
Reservoir computing from collective dynamics of active colloidal oscillators
Abstract Physical reservoir computing is a computational framework that offers an energy- and computation-efficient alternative to conventional training of neural networks. In reservoir computing, input signals are mapped into the high-dimensional...
Integration Challenges of Turbine-Powered UAVs: Thermal, Structural, Acoustic, and Operational Perspectives
Unmanned aerial vehicles (UAVs) increasingly demand higher flight speeds, longer endurance, improved payload capacity, and greater operational flexibility across a wide range of applications. While battery-electric propulsion systems dominate smal...
Next-generation carbon-negative composites: A paradigm shift in materials science through CO₂–derived carbon fiber synthesis
A critical strategy in mitigating climate change is the conversion of captured CO₂ into durable, high-value materials. This perspective focuses on an emerging carbon capture and utilization pathway: the electrochemical synthesis of high-performanc...
Civil war as a factor of regional transformation: socioeconomic and political changes in East Kazakhstan
Introduction The significance of analyzing Eastern Kazakhstan’s regional trajectory during the Civil War lies in its capacity to illuminate the intersection of geopolitical volatility and the systemic degradation of daily survival standards, offer...
Improving Inventory Management Efficiency Through the Reduction of Stock Discrepancies Using a Lean-6S Framework Based on the DMAIC Method
Effective inventory management is a critical factor in ensuring operational continuity and efficiency in manufacturing companies. However, many organizations still experience inventory inaccuracies caused by stock discrepancies, improper material ...
Robust localization method for mobile robot using feature map in structured environment
Purpose Mobile robot localization in structured environments, such as warehouses, is frequently hindered by ghosting inherent in maps generated via 2D Laser Range Finder (LRF)-based SLAM. To address this issue, this study aims to introduce an enha...
LP-GP Optimization Model for Allocation of Relief Materials to Internally Displaced Persons Camps in Abuja, Nigeria
This paper presents an optimization model for the equitable and cost-effective allocation of relief materials to internally displaced persons (IDP) camps in Abuja, Nigeria. Due to the inherent challenges of humanitarian logistics, including data u...
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