Aircraft

3D-Printed antenna arrays: Flexible wireless systems for aviation and communications

Washington State University researchers unveiled 3D-printed antenna arrays with a chip-scale processor, a major breakthrough for flexible wireless systems. This innovation promises lighter, more stable communication for smart textiles, drones, and aircraft by correcting signal errors in real time.

How digital solutions enable efficient passenger handling at airports

Renjit Benjamin, Senior research analyst from Frost & Sullivan explores the world of airport passenger flow management, focussing on how digital solutions enable efficient...

New aircraft configurations

Professor Jonathan Cooper from the Faculty of Engineering at University of Bristol discusses the constant drive for aircraft manufacturers to develop more fuel-efficient designs...

EUFAR – Looking to the future of airborne environmental research in Europe

Philip R.A. Brown from EUFAR AISBL at the UK’s Met Office takes us on a journey to explore the exciting future of airborne environmental...

Agenda 2030 and international aviation

Dr. Fang Liu, Secretary-General of the International Civil Aviation Organization, explores how international aviation contributes to Agenda 2030 by empowering local sustainable development through...

Reducing turbulence for more environmentally friendly aircraft

Professor Jonathan Cooper at University of Bristol's Faculty of Engineering describes how reducing the effects of turbulence can benefit the environment

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Latest Academic Articles

The latest academic articles from key research stakeholders