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Electric Aircraft Propulsion Engineering: Battery Systems, Motor Controllers, and Certification for Electric and Hybrid Aviation (Advanced Mobility Engineering Series) - Softcover
Book 3 of 3: Advanced Mobility Engineering Series
Synopsis
Engineer the Future of Electric Flight
The aerospace industry is undergoing a major technological shift as electric and hybrid-electric propulsion move from research programs toward practical aircraft system development. Electric Aircraft Propulsion Engineering provides a rigorous technical guide for engineers, system architects, researchers, and aviation professionals working with modern electric and hybrid-electric aircraft concepts.
From multi-megawatt hybrid architectures to battery safety, motor control, power electronics, distributed propulsion, and certification planning, this reference bridges the gap between academic theory and safety-critical aerospace implementation.
Written for working professionals, this book examines real-world engineering trade-offs, physics-based mathematical models, and safety compliance protocols used in electric aviation programs.
Inside This Engineering Reference:- Aviation-Grade Batteries: Cell chemistry selection, high-voltage pack architecture, active cooling, thermal runaway containment, and DO-311A testing considerations.
- High-Power-Density Motors: PMSM and axial flux motor design, SiC-based inverter topologies, FOC algorithms, and DO-160G EMC compliance considerations.
- Distributed & Hybrid Propulsion: Trade-offs among series, parallel, and turbo-electric configurations, plus multi-motor flight control synchronization.
- Systems Safety & Certification: FAA and EASA certification pathways, ARP4761 safety assessment methods, and DO-178C software development standards.
Whether you are an aerospace engineer, propulsion researcher, or systems integrator, this book provides practical frameworks for understanding electric aviation architectures, modeling key trade-offs, and planning safety-critical flight programs.
This book is an independent educational reference and is not affiliated with, endorsed by, or sponsored by the FAA, EASA, RTCA, SAE, or any aircraft manufacturer.
"synopsis" may belong to another edition of this title.
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Electric Aircraft Propulsion Engineering
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Electric Aircraft Propulsion Engineering : Battery Systems, Motor Controllers, and Certification for Electric and Hybrid Aviation
Seller: AHA-BUCH GmbH, Einbeck, Germany
Seller rating 5 out of 5 stars
Taschenbuch. Condition: Neu. Neuware - Engineer the Future of Electric FlightThe aerospace industry is undergoing a major technological shift as electric and hybrid-electric propulsion move from research programs toward practical aircraft system development. Electric Aircraft Propulsion Engineering provides a rigorous technical guide for engineers, system architects, researchers, and aviation professionals working with modern electric and hybrid-electric aircraft concepts.From multi-megawatt hybrid architectures to battery safety, motor control, power electronics, distributed propulsion, and certification planning, this reference bridges the gap between academic theory and safety-critical aerospace implementation.Written for working professionals, this book examines real-world engineering trade-offs, physics-based mathematical models, and safety compliance protocols used in electric aviation programs.Inside This Engineering Reference: - Aviation-Grade Batteries: Cell chemistry selection, high-voltage pack architecture, active cooling, thermal runaway containment, and DO-311A testing considerations.- High-Power-Density Motors: PMSM and axial flux motor design, SiC-based inverter topologies, FOC algorithms, and DO-160G EMC compliance considerations.- Distributed & Hybrid Propulsion: Trade-offs among series, parallel, and turbo-electric configurations, plus multi-motor flight control synchronization.- Systems Safety & Certification: FAA and EASA certification pathways, ARP4761 safety assessment methods, and DO-178C software development standards.Whether you are an aerospace engineer, propulsion researcher, or systems integrator, this book provides practical frameworks for understanding electric aviation architectures, modeling key trade-offs, and planning safety-critical flight programs.This book is an independent educational reference and is not affiliated with, endorsed by, or sponsored by the FAA, EASA, RTCA, SAE, or any aircraft manufacturer. Seller Inventory # 9798175316002