JOURNAL OF SPACECRAFT AND ROCKETS
Scope & Guideline
Innovating the Next Generation of Spacecraft Solutions.
Introduction
Aims and Scopes
- Spacecraft Dynamics and Control:
Research on the control systems, trajectory optimization, and maneuvering strategies for spacecraft, including advanced algorithms and real-time applications. - Propulsion Systems and Technologies:
Studies on various propulsion methods, including chemical, electric, and hybrid systems, focusing on efficiency, performance, and innovative designs. - Aerodynamics and Thermal Protection Systems:
Investigations into the aerodynamic characteristics of spacecraft during flight, along with the development of thermal protection materials and systems for reentry. - Mission Planning and Optimization:
Research dedicated to mission architecture, including trajectory design, resource allocation, and logistics for interplanetary missions. - Space Environment Effects:
Studies examining the impacts of space environments on spacecraft materials and systems, including charging, thermal effects, and radiation exposure. - Space Debris and Mitigation Strategies:
Research on the risks posed by orbital debris, along with innovative solutions for debris mitigation and active removal technologies.
Trending and Emerging
- Artificial Intelligence and Machine Learning Applications:
An increasing number of studies focus on the application of AI and machine learning for spacecraft operations, guidance, and optimization, reflecting the growing importance of these technologies in aerospace engineering. - Sustainable and Green Propulsion Technologies:
There is a notable surge in research on environmentally friendly propulsion systems, including those that utilize alternative fuels and advanced hybrid technologies, driven by global sustainability goals. - In-Situ Resource Utilization (ISRU):
Emerging interest in ISRU technologies, particularly for lunar and Martian missions, emphasizes the need for sustainable approaches to support long-duration space exploration. - Advanced Materials for Spacecraft:
Research on novel materials, including composites and advanced thermal protection systems, is gaining traction, focusing on their performance in extreme space environments. - Collaboration and Data Sharing in Space Missions:
The trend towards collaborative mission profiles and shared data among international space agencies is becoming more prominent, as seen in studies addressing multi-user systems and cooperative missions.
Declining or Waning
- Traditional Chemical Propulsion Studies:
Research focusing solely on conventional chemical propulsion systems has decreased, likely due to the increasing interest in alternative propulsion technologies such as electric and hybrid systems. - Basic Aerodynamic Studies:
Fundamental studies on basic aerodynamic principles without direct application to spacecraft design or mission objectives are less frequently published, indicating a shift towards more applied research. - Low-Altitude Atmospheric Studies:
Research specifically targeting low-altitude atmospheric dynamics and vehicle interactions is diminishing, possibly due to a greater focus on space operations and high-altitude applications. - Static Structural Analysis:
Static analyses of materials and structures under non-dynamic conditions are becoming less common as the field moves towards more dynamic and realistic operational scenarios.
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