DEFENCE SCIENCE JOURNAL
Scope & Guideline
Transforming Defence Science Through Interdisciplinary Collaboration
Introduction
Aims and Scopes
- Advanced Defence Technologies:
The journal focuses on the development and optimization of cutting-edge technologies in defence, including missile systems, unmanned aerial vehicles, and radar technologies. - Materials Science and Engineering:
Research on materials used in defence applications, including ballistic materials, composites, and high-temperature resistant coatings, is a core area of interest. - Cybersecurity and Information Assurance:
The journal publishes research on cryptography, secure communications, and cybersecurity measures tailored for military applications. - Simulation and Modelling:
A significant emphasis is placed on computational models and simulations that aid in the analysis and design of defence systems. - Human Factors and Ergonomics:
Studies focusing on human factors in military operations, including decision-making processes and human-machine interaction, are integral to the journal's scope. - Environmental and Sustainability Research:
Research addressing the environmental impact of military operations and the development of sustainable practices within defence logistics and supply chains. - Systems Engineering and Decision Support:
The journal promotes research in systems engineering methodologies, including optimization techniques for military decision-making and resource allocation.
Trending and Emerging
- Artificial Intelligence and Machine Learning:
There is a significant trend towards the application of AI and machine learning in defence systems, including autonomous vehicles, target recognition, and data analysis. - Cyber Warfare and Information Security:
Research in cybersecurity, particularly concerning military applications and safeguarding sensitive information, is on the rise as cyber threats become more sophisticated. - Sustainable Defence Practices:
Emerging themes include the environmental impact of military operations, with increasing research on sustainable materials and logistics practices in the defence sector. - Advanced Sensor Technologies:
The development of advanced sensor systems for surveillance and reconnaissance, including unmanned systems and smart sensors, is gaining traction. - Additive Manufacturing and Advanced Materials:
Research into additive manufacturing techniques for producing lightweight, high-performance materials and components for defence applications is increasingly prominent. - Human Factors Engineering in Military Systems:
An emerging focus on ergonomics and human factors in the design and operation of military systems, ensuring that human operators can effectively interact with complex technologies.
Declining or Waning
- Traditional Military Tactics:
Research focused on conventional military tactics and strategies is becoming less prevalent, as modern warfare increasingly emphasizes technological innovation and asymmetric strategies. - Heavy Conventional Armaments:
There is a noticeable decline in studies centered around heavy conventional weaponry, reflecting a shift towards lighter, more versatile systems and technologies. - Static Defence Systems:
Research on static defence installations, such as fortifications and traditional barriers, is waning, with an increased focus on mobile and adaptive defence solutions. - Legacy Systems and Technologies:
As the military transitions to modernized platforms, research on legacy systems is declining, with a push towards exploring next-generation technologies.
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