Duan When AIAA Meets IEEE

Intelligent Aero-engine and Electric Aircraft
1. Auflage 2023
ISBN: 978-981-19-8394-8
Verlag: Springer Singapore
Format: PDF
Kopierschutz: 1 - PDF Watermark

E-Book, Englisch, 381 Seiten, eBook

Reihe: Engineering

This book is about the cooperation of AIAA and IEEE, two major engineering organizations from two distinct focus points of technologies: intelligent aero-engine and electrified aviation. AIAA and IEEE both have their intrinsic needs for each other and their co-working is a must-have in the rest of 21 century. AIAA needs IEEE to become smarter and greener and IEEE needs a much broader scope to enlarge its marketplace and playground. The topics related to AIAA's and IEEE's co-project are highly multi- and inter-disciplinary related and highly goal-oriented. The target audience of this book is IEEE, AIAA members and other related professionals from universities, industries and institutes in the fields of AI-driven smart systems and electric airplanes with the associated new electric aero-engines and mobile aviation electric powers.

The key contents

When AIAA is Meeting IEEE

     AIAA vs. IEEE

     How to interact and what to achieve

     The mindset analysis of AIAA and IEEE

The smarter AIAA

     The AI - Smart brain, IoT, e-devices

     The smart sensors for AIAA -scenarios, fabrication, challenges, and testings

Electric aviation

     Versatile, smarter, and green

     The evolution of aero-engines - pistol, gas turbine, electric aero-engine

     The integration of aero-engines and aero-craft

     Delta VTOLer and STOL for B787

     Rotatable wing and VTOL operation

The RDF jet – a new electric aero-engine

     The features: small, light, thrust

     The architecture: motor, fan, jet

     The principle: rim driven, Tai Chi fan, duct, and jet

Aviation electric power grid

     Energy and weight

     Battery, LTG, and 3D HK SC

Zielgruppe

Research

Autoren/Hrsg.

Duan, Franklin Li

Inhaltsverzeichnis

Chapter 1 AIAA and IEEE

1.1 The AIAA

1.2 The IEEE

1.3 To Integrate IEEE to AIAA

Chapter 2 1st interaction -The Intelligent AIAA

2.1 AI – the artificial intelligence

2.2 Smart sensors for AIAA

2.2.1 The background

2.2.2 The application scenarios

2.3 To build the smart sensors using MEMS

2.3.1 Conventional MEMS technology

2.3.2 The change needed and the chalanges

2.3.3 The fabrication process

2.4 To test the smart sensors for AIAA

2.4.1 General test – IEEE

2.4.2 The robustness test – AIAA

2.5 The mindset difference of AIAA and IEEE

Chapter 3 2nd interaction - The electrified aviation

3.1 The evolution of aero-engines

3.1.1 The propeller

3.1.2 The gas turbine

3.1.3 The powerfulness vs. the smartness

3.1.4 The electric aero-engine - RDF jet

3.2 The electrified engine

3.2.1 Rim driven vs. shaft-driven

3.2.2 The rim driven motor

3.2.3 The rim driven fan

3.2.4 The duct jet

3.3 The electric power – energy and weight

3.3.1 The power grid for electric aviation

3.3.2 From AIAA’s perspective – the need: power, energy and safty/price

3.3.3 From IEEE’s perspective – the making: battery, supercapacitor lightweight generator

3.4 The integration

3.4.1 The triangular aircraft

3.4.2 The VTOL / STOL for commercial aircraft

Über Autor(innen)

Franklin Li Duan got his B.E. and M.E. from the Institute of Microelectronics, Tsinghua University, China, in 1985 and 1987, respectively. In 1998, he got his Ph.D. from the School of Information and Technology Engineering, George Mason University in Virginia, USA. He has over 15 years' experience in Silicon Valley (LSI and AMD) in IC industry. He joined Shanghai Jiao Tong University, China, in 2013 in the School of Electronics Information and Electrical Engineering, focusing on the interactive work between IEEE and AIAA from the perspectives of high-temperature IoT sensors, advanced sensing and RF devices for intelligent aero-engine plans (wireless passive/embedded MEMS/high-temperature sensors and RF/remote system) and advanced electrified rim-driven magnetic motors together with the high-power and energy-density 3D HK supercapacitor.