PROGRESS IN AEROSPACE SCIENCES
Scope & Guideline
Fostering global connections in the aerospace community.
Introduction
Aims and Scopes
- Crashworthiness and Safety Design:
A significant focus on crashworthiness design and evaluation of aircraft structures, ensuring occupant survivability and safety during aviation accidents. - Advanced Materials and Manufacturing Techniques:
Research on materials such as carbon fiber composites and additive manufacturing processes, highlighting their applications in aerospace structures and components. - Aerodynamics and Fluid Dynamics:
A comprehensive examination of aerodynamics, including flow dynamics, shock wave interactions, and innovative approaches to enhance performance and efficiency in aerospace systems. - Propulsion Systems and Technologies:
In-depth studies on various propulsion systems, including hybrid-electric and advanced combustion technologies, addressing both performance and environmental impacts. - Autonomous Systems and Control:
Exploration of autonomous systems in aerospace applications, including cooperative control methods for aerial and ground systems, enhancing operational efficiency and safety. - Sustainability in Aviation:
A commitment to addressing sustainability challenges in aviation, reviewing technologies and strategies for reducing environmental impacts and achieving net-zero emissions. - Space Exploration and Satellite Technologies:
Research on emerging trends in space exploration, satellite technology, and space situational awareness, contributing to advancements in the space domain.
Trending and Emerging
- Sustainable Aviation Technologies:
There is a marked increase in research dedicated to sustainable aviation, including studies on hydrogen-powered aircraft, hybrid-electric systems, and sustainable fuel sources, reflecting a global push towards reducing aviation's carbon footprint. - Additive Manufacturing and Advanced Materials:
The exploration of additive manufacturing techniques and advanced materials continues to gain traction, with a focus on optimizing designs for performance and weight reduction in aerospace applications. - Artificial Intelligence and Machine Learning Applications:
The integration of AI and machine learning techniques in various aspects of aerospace engineering, from design optimization to predictive maintenance, is emerging as a critical area of research. - Autonomous and Cooperative Systems:
Increasing interest in autonomous systems and cooperative motion planning emphasizes the development of advanced control algorithms for both aerial and ground vehicles. - Space Domain Awareness and Cislunar Exploration:
Research focusing on space situational awareness and the exploration of cislunar space is gaining importance, driven by advancements in satellite technologies and the growing interest in lunar missions.
Declining or Waning
- Conventional Aircraft Design Approaches:
Traditional methodologies in aircraft design, particularly those that do not incorporate advanced materials or sustainable practices, appear to be less prominent as the field shifts towards innovative and environmentally friendly solutions. - Static Aerodynamics Studies:
Research focusing solely on static aerodynamic properties is declining in favor of dynamic studies that account for real-world conditions and advanced computational methods. - Basic Propulsion Concepts:
Basic studies of conventional propulsion systems are waning as researchers increasingly focus on hybrid, electric, and alternative propulsion technologies that offer improved efficiency and reduced environmental impact.
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