Research Radar
A unified intelligence feed of emerging AI, SaaS, and architectural models extracted directly from peer-reviewed scientific literature.
Efficient and Accurate Machine Learning of Thermophysical Properties from Small Data
Thermophysical properties of working fluids play a crucial role in advanced propulsion systems, directly influencing heat transfer and fluid flow, and phase behavior under extreme conditions. Accurate and efficient evaluations of those thermophysi...
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Peristalsis of Thermally Heated Eyring–Powell Fluid Within an Elliptic Channel Having Ciliated Wavy Walls Under Mass Transfer Impact
The physical characteristics of a heated non-Newtonian Eyring–Powell fluid in a conduit with sinusoidally moving ciliated walls are highlighted in this analytical study. The impact of mass transmission is considered in this model. The dimensional ...
Nuclear Propulsion for Deep Space Exploration: A Comparative Analysis of NTP and NEP Systems and Their Feasibility for Interplanetary Travel
🚀 Nuclear Propulsion for Deep Space Exploration A Comparative Analysis of Nuclear Thermal Propulsion (NTP) and Nuclear Electric Propulsion (NEP) 📄 Overview This project presents a research paper analyzing advanced propulsion systems for deep spa...
Nuclear Propulsion for Deep Space Exploration: A Comparative Analysis of NTP and NEP Systems and Their Feasibility for Interplanetary Travel
🚀 Nuclear Propulsion for Deep Space Exploration A Comparative Analysis of Nuclear Thermal Propulsion (NTP) and Nuclear Electric Propulsion (NEP) 📄 Overview This project presents a research paper analyzing advanced propulsion systems for deep spa...
Nuclear Propulsion for Deep Space Exploration: A Comparative Analysis of NTP and NEP Systems and Their Feasibility for Interplanetary Travel
🚀 Nuclear Propulsion for Deep Space Exploration A Comparative Analysis of Nuclear Thermal Propulsion (NTP) and Nuclear Electric Propulsion (NEP) 📄 Overview This project presents a research paper analyzing advanced propulsion systems for deep spa...
From Smart Green Ports to Blue Economy: A Review of Sustainable Maritime Infrastructure and Policy
Ports play a pivotal role in global trade but are also associated with significant environmental and social challenges. Despite growing research on green ports, existing studies remain fragmented, with limited integration between technological, en...
A study on structural programming and bionic driving characteristics of smart soft materials
This study focuses on the biomimetic design, structurally controllable fabrication, and performance regulation of magnetorheological elastomers (MREs) for soft robotics applications. Firstly, by designing a 24-sided polygon orientation control fix...
A Roadmap for Twin-Fuselage Aircraft Conceptual Design
Unconventional aircraft configurations show significant potential to reduce aviation’s environmental footprint. Computerized conceptual design environments enable the design of unconventional aircraft concepts and the comparison of their performan...
Design and Permanent Magnets Reduction of Linear Oscillatory Machine for Reciprocating Drives in Transport
Electric vehicles (EVs) require efficient compressors for air-conditioning and battery thermal management, typically driven by a dedicated electric motor. In this paper is dealt with the design and optimization of a stator-magnet transverse-flux l...
Life-Cycle Greenhouse Gas Thresholds for Electric and Conventional Passenger Vehicles Under European Electricity Scenarios
This study aims to show a detailed life cycle assessment (LCA) approach of battery electric vehicles (BEVs) and internal combustion engine vehicles (ICEVs), with an emphasis on determining the electrical carbon intensity at which these vehicles re...
Ablation Resistance and Spray-Ability of Nano-Magnesium Silicate Reinforced Sprayable Silicone-Based Thermal Insulation Materials
In order to satisfy the requirement for lightweight, highly reliable sprayable silicone rubber insulation material (SASI) in next-generation spacecraft, and to achieve a synergistic balance among the sprayability, mechanical properties and ablatio...
Using NASA Satellite Gravity Measurements to Detect Critical Groundwater Depletion Two Months Before Physical Well Networks
Groundwater depletion is a critical threat to global agricultural and drinking water systems, yet conventional groundwater monitoring relies on sparse physical well networks that typically detect shortages only after a crisis has already occurred....
Breaking the Coulombic Ordering: Water-Induced Structural Reorganization and Enhanced Electric-Driven Transport of Ionic Liquids Propellant
Imidazolium-based ionic liquid (IL) propellants for chemical-electric dual-mode propulsion incorporate water to balance the performance of the chemical mode by moderating catalytic combustion temperatures and preventing catalyst deactivation. Howe...
The Effect of High Temperature (HT) Freshwater Cooling Pump Pressure on Main Engine Jacket Water Temperature on The MT. Sunrise Warrior Ship
This study analyzes the effect of high temperature (HT) freshwater cooling pump pressure on the main engine jacket water temperature on the MT. Sunrise Warrior tanker, addressing operational reliability issues due to a decrease in pressure from 2....
Life Cycle Assessment of Innovative Propulsion Technologies for Regional Aviation Within the HERA Project
Hybrid-electric propulsion and alternative energy carriers are being considered to mitigate the climate impact of short-range regional aviation. Within this framework, the HERA (Hybrid Electric Regional Architecture) project investigates advanced ...
Advanced Biofuels as a Key Pathway for Carbon-Neutral Diesel Engines in the 2050 Net-Zero Scenario
Diesel engines have evolved significantly over the last century while maintaining core qualities such as reliability, durability, and fuel economy. Currently, the viability of their continued use is under discussion, mainly due to the environmenta...
Topological defects lead to energy transfer in active nematics
Active nematics are fluids in which the components have nematic symmetry and are driven out of equilibrium due to the microscopic generation of an active stress. When the active stress is high, it drives flows in the nematic and can lead to the pr...
Autonomous Systems for Industrial and Marine Infrastructure Inspection and Protection
This Thesis focuses on the strategic engineering and application of AI-driven modeling and simulation of autonomous systems for the inspection and protection of critical marine and industrial infrastructures. The study includes multiple autonomous...
Neural Network-Based Optimization of Hybrid Rocket Design for Modular Multistage Launch Vehicle
In this paper, an integrated optimization is carried out to find the optimal hybrid rocket engine design for a modular multistage launch vehicle targeting a 500 km polar circular orbit. A single hybrid rocket engine unit is reused across the whole...
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