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International Symposium on Sustainable Aviation - 2018 (ISSA)

The deadline for abstract submission is June 30, 2018.

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01/03/2018 a 30/06/2018 (Europe/Madrid / UTC100)
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The International Symposium on Sustainable Aviation - 2018 (ISSA), will be held in Rome, Italy on 9 - 11 July, 2018. As the symposium chairman, it is a great honour for me to make an invitation for this conference. ISSA will include plenary sessions, keynote lectures, and several specialized sessions on different topics related to sustainable aviation and energy. Industry participation is very welcomed, and we hope that the conference will lead to effective and fruitful communication between the research, government and industrial communities.

The deadline for abstract submission is June 30, 2018. The website http://www.issasci.org is available for abstract submission and other details. Please forward this e-mail/poster to your colleagues and potential authors who might be interested in attending this unique conference.

 

The Symposium welcomes a large number of topics as follows:

  • Sustainable aviation and aerospace vehicle
  • Sustainable aircraft, helicopters, missiles, launchers and satellites design, technological change, innovation, research and development
  • Mathematical modeling, numerical/experimental methods, optimization
  • Green aircraft
  • Green airlines
  • Green airports
  • Green engine
  • Green aerospace vehicle
  • More Electric Aircraft (MEA)
  • All Electric Aircraft (AEA)
  • Renewable energy sources; alternative/green aviation fuels
  • Energy recovery systems, alternative/renewable/clean energy technologies
  • Life cycle design and life cycle assessment; cost efficiency; waste / recycling
  • Environmental Modelling & Software
  • Environmental impacts and measurement techniques: emissions/noise/radiation, global warming/climate change
  • Mathematical modeling, numerical/experimental methods, optimization
  • Air conditioning and refrigeration applications of aircrafts
  • Energy, exergy, performance analysis, flight mechanics and computational fluid dynamics
  • Energy
  • Exergy
  • Performance analysis
  • Flight mechanics
  • Computational fluid dynamics
  • Propulsion technologies for aerospace vehicles
  • Combustion instabilities, innovative combustion technologies
  • Mathematical modeling, numerical/experimental methods, optimization
  • Avionics and auto control
  • Avionics
  • Auto control
  • Aerospace vehicle materials, measurement techniques and sensors
  • Design, management, planning, development
  • Aerospace vehicle strategic planning, governmental legislation, policy-making
  • Aviation management, fleet planning/scheduling; air traffic management; future air transport
  • Airport design, management, planning, development
  • Aircraft maintenance, repair and overhaul; airworthiness, reliability/safety