About the Journal

Aims & Scope

"Frontiers in Aerospace Exploration"(FAE) is an international, peer-reviewed, Open Access journal dedicated to the advancement and dissemination of knowledge in the field of aerospace science and technology. The journal provides a comprehensive platform for researchers, engineers, and professionals to share their innovative research, development, and applications in aerospace. We aim to foster a deeper understanding of the complex phenomena and cutting-edge technologies that drive the aerospace industry forward.

Key Areas of Interest Include:

  1. Aerodynamics:

    • Investigations into the behavior of air and gases in motion and their interactions with solid objects, such as aircraft and spacecraft.
    • Studies on flow dynamics, turbulence, and aerodynamic design optimization.

  2. Aerospace Engineering:

    • Research on the design, development, testing, and production of aircraft, spacecraft, and related systems.
    • Innovations in structural design, materials, and manufacturing processes.

  3. Astrodynamics:

    • Exploration of the motion of man-made objects in space under the influence of gravitational forces.
    • Orbital mechanics, mission planning, and trajectory optimization.

  4. Aerospace Materials:

    • Development and application of advanced materials that can withstand extreme aerospace environments, including high temperatures, vacuum, and radiation.
    • Studies on composite materials, alloys, and smart materials.

  5. Propulsion Systems:

    • Research on various propulsion mechanisms, including jet engines, rocket engines, and electric propulsion systems.
    • Innovations in fuel efficiency, thrust performance, and propulsion system integration.

  6. Avionics:

    • Development and analysis of electronic systems used in aircraft, satellites, and spacecraft.
    • Advances in navigation, communication, monitoring, and control systems.

  7. Space Systems Engineering:

    • Design and integration of complex systems for space missions, including satellites, space probes, and space stations.
    • Studies on system reliability, modularity, and interplanetary mission planning.

  8. Flight Mechanics:

    • Examination of the forces and moments acting on vehicles in flight and their impact on vehicle motion.
    • Research on stability, control, and flight performance analysis.

  9. Aerospace Robotics and Automation:

    • Development and application of robotic systems and automated technologies in aerospace operations.
    • Innovations in UAVs, space robotics, and autonomous mission technologies.

  10. Remote Sensing and Earth Observation:

    • Utilization of satellite and airborne sensor technologies to collect data about the Earth's surface and atmosphere.
    • Advances in imaging technologies, data analysis, and applications in environmental monitoring.

  11. Space Exploration:

    • Scientific and technological efforts aimed at exploring outer space, including manned and unmanned missions to other planets, moons, and asteroids.
    • Research on mission design, space habitats, and extraterrestrial resource utilization.

  12. Aerospace Safety and Reliability:

    • Studies and practices to ensure the safety and reliability of aerospace systems and operations.
    • Analysis of risk assessment, failure prevention, and safety management.

  13. Human Factors in Aerospace:

    • Research on the interaction between humans and aerospace systems, including ergonomics, cockpit design, and the impact of long-duration spaceflight on the human body.
    • Studies on astronaut health, training, and performance.

  14. Aerospace Economics and Policy:

    • Analysis of economic and policy issues related to the aerospace industry, including space commercialization, international space law, and regulatory frameworks.
    • Research on the economic impact of aerospace activities and space policy development.

  15. Environmental Impact of Aerospace Activities:

    • Studies on the environmental effects of aerospace operations, including noise pollution, emissions, and space debris.
    • Research on sustainable practices and technologies to mitigate environmental impact.

By covering these diverse fields, "Frontiers in Aerospace Exploration" aims to provide a comprehensive and multidisciplinary platform for cutting-edge research and innovation in aerospace. 

The journal will accept a range of manuscript types, including:

  • Research Article
  • Review
  • Communication
  • Letter
  • Book Review

Publication Frequency

This journal follows a continuous publication model. This will ensure timely dissemination of research results and keep the academic community abreast of the latest developments in aerospace exploration. not yet started

Peer Review Type

Double anonymous

Reviewer identity is not made visible to author, author identity is not made visible to reviewer, reviewer and author identity is visible to (decision-making) editor.

Open Access Type

Full Gold Open Access

The final version of an article is freely and permanently accessible for everyone, immediately after publication.
No subscription fees are charged for any part of a journal that is fully gold open access.

Archiving Policy

We focus on making content discoverable and accessible through indexing services. Content is also archived to ensure long-term availability. The journal is indexed by the following services:

Google Scholar, the journal is available for harvesting via OAI-PMH.

To ensure the permanency of the journal, we utilize the Portico archiving system to create permanent archives for the purposes of preservation and restoration.

If the journal is not indexed by your preferred service, please let us know by emailing:  office@esdpub.com

 

 

Detailed information on policies and guidelines regarding our open access policy, copyrights and licenses, etc. can be viewed in our resource list.