Research Radar
A unified intelligence feed of emerging AI, SaaS, and architectural models extracted directly from peer-reviewed scientific literature.
INVESTIGATION OF A HYBRID COOLING SYSTEM FOR THE FREE-DOUBLE-PISTON ENGINE CONCEPT
Abstract Aviation propulsion is trending toward higher power density and more compact engine architectures to meet fuel-burn and emissions targets, thereby reducing available thermal margins across architectures. As a result, thermal management is...
Funding Innovation for Future-Ready Healthcare Systems
Healthcare has a lot of issues that need to be fixed. Some people believe that smart capital platforms can help with these healthcare problems. They use a combination of ways to pay for things like centers that use artificial intelligence to make ...
Funding Innovation for Future-Ready Healthcare Systems
Healthcare has a lot of issues that need to be fixed. Some people believe that smart capital platforms can help with these healthcare problems. They use a combination of ways to pay for things like centers that use artificial intelligence to make ...
Organisational Crime:Nature, Dynamics and Regulation
The purpose of this chapter is to examine organisational crime as a complex form of wrongdoing that emerges from the interaction between individual actions or omissions, organisational structures and cultures, as well as broader political-economic...
Micropropagating Banana Cultivars
The access to improved seed and other planting materials in developing countries is potential tool to increase agricultural productivity. Plant tissue culture technology is primarily used for Micro-Propagating Banana cultivars including INJAGI and...
Archard Model for Wear Characteristics of Slurry Pump Impellers in Non-Newtonian Fluids
Deep-sea drilling relies on mud lifting systems, in which slurry pumps are critical components. Unlike conventional deep-water pumps, slurry pumps transport non-Newtonian fluids containing solid particles, resulting in severe internal wear of flow...
A combined experimental and CFD analysis of jet-crossflow interaction in turbine cooling passages
This study presents a combined experimental and numerical investigation of jet–crossflow interaction relevant to gas turbine blade film cooling applications. Four staggered rows of cylindrical cooling jets inclined at 30° are examined on a flat pl...
Full-Voyage Operational Validation of a Load Optimization Strategy for a Dual-Fuel Diesel-Electric LNG Propulsion System
This study presents a full-voyage operational validation of a load optimization strategy applied to a Dual-Fuel Diesel-Electric (DFDE) liquefied natural gas (LNG) propulsion system. The proposed approach was evaluated onboard an LNG carrier equipp...
Optimization of High-pressure Nozzle Structural Parameters for Alumina Digestion Pipeline Cleaning via Orthogonal Experiment
The cleaning efficiency and effectiveness of a high-pressure water jet cleaning system depend largely on the nozzle design and structure parameters. First, the flow characteristics of nozzle jets with different structural types and parameters are ...
Requirements for swarming ability by lateral flagella on an agar surface in marine Vibrio cells
The marine bacterium Vibrio alginolyticus and the food poisoning bacterium V. parahaemolyticus possess two types of flagella in one cell: proton-driven lateral flagella (Laf) extending from the periphery of the cell body, and sodium ion-driven pol...
An extended review about the Pachkagni (Digestive fire) and Saman Vayu in relation to Grahani – an insight to the Enteric Nervous System
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Pros and Cons of AI Humanoid Robots in Human Life
About This Book Pros and Cons of AI Humanoid Robots in Human Life is a comprehensive technical examination of the most transformative technology of our era. As Boston Dynamics, Tesla, Figure AI, and Unitree deploy AI-powered humanoid robots into r...
Pros and Cons of AI Humanoid Robots in Human Life
About This Book Pros and Cons of AI Humanoid Robots in Human Life is a comprehensive technical examination of the most transformative technology of our era. As Boston Dynamics, Tesla, Figure AI, and Unitree deploy AI-powered humanoid robots into r...
Possibilistic uncertainty modeling with hyperellipsoids
The quantification of sparse, imprecise knowledge using possibility theory traditionally forces a compromise between computational efficiency and geometric accuracy. Standard interval arithmetic over axis-aligned hyperrectangles ignores parameter ...
Development and Qualification of a CubeSat Scale Hybrid Thruster for In-Orbit Demonstration
The growing demand for agile orbital maneuvering in small satellites highlights the need for propulsion systems that provide both sufficient ΔV and meaningful thrust. Existing options remain polarized between low‑thrust electric propulsion and haz...
Controlled flight of high-thrust ultralight ion-propelled microrobot with integrated sensing
Ion wind technology holds potential for the miniaturization of flying microrobots, generating thrust without mechanical moving parts, enabling simplified and light designs free from high-frequency actuators. Nevertheless, two fundamental challenge...
Predictive Digital Twin Protocols for Non-Linear Underwater Teleoperation and Adaptive Swarm Remediations
This paper introduces an advanced information-theoretic architecture to circumvent the severe bandwidth constraints inherent in deep-sea acoustic communications during long-range sub-surface teleoperation. Conventional marine robotics frameworks f...
Epibenthic habitats of the lower mesophotic zone off western Kangaroo Island, South Australia
Context Mesophotic temperate habitats are among the world’s most poorly studied ecosystems, yet they support a wide range of ecosystem services, including fisheries production. Aims In this study, we aimed to compare the epibenthic communities occ...
Autonomous Exploration and Digital Documentation of Great Lakes Shipwrecks: A Multi-Platform Survey Framework for Maritime Heritage
The preservation of submerged cultural heritage depends on the ability to locate, document, and monitor sites before they are degraded or lost. Although the North American Great Lakes contain thousands of exceptionally well-preserved shipwrecks, t...
CFD Analysis of Drag and Internal Volume Tradeoffs in a Compact AUV with a Myring Forebody and Flat Stern
Low-slenderness-ratio, flat-ended autonomous underwater vehicles must balance hydrodynamic resistance against internal volume retention, yet classical slender-body criteria do not fully represent their coupled forebody wake response. A generalized...
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