National Institute of Technology Jamshedpur

Improving Mechanical Performance and Reversible Self‐Healing in Bismaleimide‐Grafted Carbon Fiber Composites via Graphene Oxide‐Enabled Diels–Alder Interfacial Networks

ABSTRACT The most common reasons for failure in fiber‐reinforced composites are interfacial defects. Such interfacial interactions can be reduced using self‐healing chemicals, thus improving interfacial bonding. The carbon fiber reinforced polymer laminate was fabricated via hand...

Thermal analysis of Casson nanofluid flow with Hall and activation energy effects

Abstract This study presents a comprehensive analysis of unsteady magneto‐convective heat and mass transport in Casson nanofluid flowing over a vertically stretching sheet within Forchheimer porous medium. The mathematical model incorporates an inclined magnetic field, Hall curre...

Adaptive droop control strategy for minimization of circulating current and effective power sharing in DC microgrid

Purpose The reliable integration of multiple renewable energy sources into autonomous DC microgrid requires effective power sharing to ensure stable operation. Conventional droop control schemes often face issues, such as loop current sharing and inadequate voltage regulation. Th...

SNAKE optimised deep neural networks for Parkinson’s disease detection using multimodal handwriting as a digital biomarker

Early identification of Parkinson’s disease (PD) remains a major clinical challenge, largely due to the lack of definitive biological biomarkers and the continued dependence on subjective neurological evaluations. Subtle motor abnormalities often manifest in handwriting behaviour...

A consent-based medical data sharing and edge offloading scheme based on blockchain and deep reinforcement learning

Abstract In the current digital era, the storage of electronic health records on centralized platforms presents significant integrity, privacy and security challenges. Further, access to this stored healthcare data should be quick and efficient, especially during emergencies. Blo...

Microstructure and optical–infrared properties of vacuum-annealed Ag–TiN–Al2O3 coatings

This study investigates the structural and optical–infrared (IR) characteristics of Ag–TiN–Al2O3 multilayer coatings deposited via magnetron sputtering on silicon substrates and subjected to vacuum annealing at 300°C, 400°C, and 500°C. X-ray diffraction analysis confirmed the for...