⚡ Category

eess

662 papers

⚡ electrical engineering

Additive Manufacturing of Continuous Fibre-Reinforced UV-Curable Epoxy Composites via Peristaltic-Driven Direct Ink Writing

This study presents a peristaltic-driven direct ink writing system for fabricating continuous aramid and glass fibre-reinforced UV-curable epoxy composites, demonstrating successful co-extrusion with in-situ curing that yields significant improvements in tensile strength, surface smoothness, and dielectric properties suitable for aerospace, automotive, and electronic applications.

Vivek Kumar Gupta, Gourav Kumar Sharma, Prashant Kumar Singh, Narendra Kumar, Ravi Pratap Singh2026-06-26
⚡ electrical engineering

Towards Monolithic Branching-Heat-Pipe Radiators Produced with Laser Powder Bed Fusion: Effects of Print Orientation and Surface Oxidation on Wick Performance

This study investigates how laser powder bed fusion print orientation and post-print oxidation affect the wicking performance of monolithic Inconel 718 heat pipe radiators, revealing that optimal orientation depends on the fabrication strategy and that oxidation significantly enhances capillary action specifically when water is used as the working fluid.

Cameron Noe, Gokul Chandrasekaran, Zachary Goode, Tatiana El Dannaoui, Alexander Rattner, Sven Bilen, William Sixel, Dhr (…)2026-06-26
⚡ electrical engineering

Three-year field performance of a residential grid-tied PV prosumer in Romania: measured data, seasonal yield, and statistical characterisation

This study presents a three-year field analysis of a residential grid-tied PV system in Romania, demonstrating consistent seasonal production patterns, complete self-consumption, and a statistically insignificant performance decline attributed to meteorological variability, thereby addressing the scarcity of real-world PV data in Central-Eastern Europe.

George-Andrei Beșchea, Beatrice-Georgiana Vuțoiu, Gabriel Năstase2026-06-26
⚡ electrical engineering

Probabilistic Liquefaction Hazard Assessment in Highly Stratified Alluvial Deposits Integrating Continuous In-Situ Profiling and Depth-Dependent Seismic Demand

This study demonstrates that relying on uniform peak ground acceleration assumptions underestimates liquefaction hazards in Kolkata's highly stratified alluvial deposits, revealing that integrating continuous in-situ profiling with depth-dependent nonlinear ground response analysis significantly increases the estimated probability of liquefaction to over 85% for loose granular layers under seismic scenarios.

Abhipriya halder, Kaustav Das, Kaushik Bandyopadhyay, Sibapriya Mukherjee2026-06-26
⚡ electrical engineering

First Kelly-Rig Casing-While-Drilling Field Trial: Overcoming Surface-Hole Losses in Egypt’s Western Desert

This paper documents the first successful field trial of non-retrievable Casing-While-Drilling on a conventional Kelly-drive rig in Egypt's Western Desert, demonstrating a 40% reduction in surface-hole drilling time and zero lost circulation events while overcoming significant technical and logistical challenges in unstable formations.

ahmed Abdel Aziz, ali wahba, said Elsayed2026-06-26
⚡ electrical engineering

AI Skills as Structural Engineering Checking Assistants: A Framework for Conversational, Traceable Code Compliance Using ACI 318-25 and ASCE 7-22

This paper proposes a conversational, traceable AI framework that functions as a structural checking assistant for reinforced concrete beams under ACI 318-25 and ASCE 7-22, prioritizing code compliance verification, assumption transparency, and professional engineer accountability over autonomous design generation to enhance accessibility and reasoning support for engineering practitioners.

Rinaz Riyaz Mohamed, Rahul Anand, Jigarbhai Mansukhbhai Sonani2026-06-25
⚡ electrical engineering

Integrated Geothermal-Assisted Bitumen Emulsion Gasification for Power Generation: Thermo-economic Assessment

This study demonstrates through Aspen HYSYS simulation and exergoeconomic analysis that integrating geothermal heat into bitumen emulsion gasification significantly enhances energy efficiency, reduces exergy destruction and CO₂ emissions, and lowers operational costs, establishing it as a promising low-carbon pathway for sustainable power generation.

Olalekan Saheed Alade2026-06-25
⚡ electrical engineering

Digital Twin-Driven Neuromorphic Optimization for Cognitive Self-Optimizing Energy-Efficient Vehicle Design

This paper presents a temporal LSTM-based digital twin framework that optimizes electric vehicle design for energy efficiency, stability, comfort, and manufacturability across diverse driving scenarios, achieving a 14.41% average energy reduction compared to traditional methods.

MAISA BINTHA MAHMUD, S.M SHAHABUDDIN, MUSHFIQUE BIN ALAM, Muhammad Rashid Majeed, Md Owahedur Rahman2026-06-25
⚡ electrical engineering

Nonlinear Dynamics and Resonance Analysis of an Electromagnetically Controlled Rotor System Using HQM-Based Continuation

This study employs an extended Harmonic Quadrature Method with arc-length continuation to analyze the nonlinear dynamics of a PD-controlled flexible rotor system, revealing that proportional gain induces softening nonlinearity and chaos while derivative gain provides effective damping to restore stability, thereby offering a robust framework for designing electromagnetically controlled rotating machinery.

Farouk Thaljaoui, Thabet Gasmi, Wathek Thaljaoui2026-06-25