About the Journal
Welcome to the "International Journal of Emerging Technologies and Advanced Applications(IJETAA)" a peer-reviewed journal indexed by Google Scholar、Semantic Scholar 、Scilit. IJETAA is a premier platform dedicated to exploring the forefront of technological innovation and its multifaceted applications. Our journal serves as a confluence point for researchers, academics, and industry experts to share their insights and discoveries in the rapidly evolving domains of emerging technologies and advanced applications.
Editorial Board Vision and Mission
The editorial board of our journal is composed of distinguished experts from diverse backgrounds, united by their commitment to advancing knowledge and practical applications in emerging technologies. Our mission is to provide a rigorous, peer-reviewed forum for presenting groundbreaking research, fostering interdisciplinary dialogue, and highlighting the societal implications of new technologies.
Core Areas of Focus
Our journal encompasses a broad spectrum of topics, divided into three main categories:
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Emerging Technologies:
- Artificial Intelligence and Machine Learning: Exploring the development of intelligent systems and their capabilities.
- Robotics and Autonomous Systems: Delving into the design, operation, and integration of robotic technologies.
- Internet of Things (IoT): Examining the interconnectedness of devices and their implications for daily life.
- Nanotechnology: Investigating the manipulation of matter at an atomic or molecular scale.
- Quantum Computing: Unveiling the potential of computing power based on quantum mechanics.
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Advanced Applications:
- Healthcare and Biomedical Engineering: Merging technology with healthcare for improved medical solutions.
- Smart Cities and Urban Planning: Utilizing technology for smarter, more efficient urban environments.
- Renewable Energy and Sustainability: Advancing sustainable solutions for energy production and consumption.
- Advanced Manufacturing and Industry 4.0: Revolutionizing manufacturing through automation and data exchange.
- Cybersecurity and Data Privacy: Addressing the challenges and solutions in protecting digital information.
- Advanced Applications in Education: From integrating AI in classrooms to leveraging data analytics for personalized learning, share how emerging technologies are reshaping education management.
- Innovations in Financial Economy: Explore the impact of technologies like blockchain, fintech innovations, and cybersecurity measures on the dynamics of financial economies.
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Interdisciplinary Innovations:
- AI in Healthcare: The integration of AI in medical diagnostics, treatment, and management.
- Technology in Education: The role of emerging technologies in shaping educational methodologies.
- Environmental Technology Solutions: Technology's role in addressing environmental challenges.
- Ethical Implications and Societal Impact of Technology: Examining the broader impact of technological advancement on society.
Publication Types
Our journal welcomes a variety of contributions:
- State-of-the-art Reviews: Comprehensive overviews of current trends and developments.
- Opinion Pieces on Emerging Trends: Insightful discussions on the future trajectory of technology.
- Case Studies of Technology Application: Practical examples of technology in action.
- Future Directions and Challenges in Technology and Applications: Explorations of what lies ahead in the realm of technology.
- Technical Reports and Short Communications: Brief reports on novel findings, methods, or tools, as well as updates to previous works.
Commitment to Excellence
The "International Journal of Emerging Technologies and Advanced Applications" is committed to upholding the highest standards of academic integrity and scientific rigor. Our editorial board ensures that each submission undergoes a thorough peer-reviewed process, ensuring that only the most innovative and impactful research is published.
We invite researchers and practitioners from around the globe to contribute to our journal, helping to shape the future of technology and its application in society.
Current Issue
This issue explores electrical performance analysis of hypersonic vehicle radomes under thermo-mechanical effects through finite element modeling, featuring integrated radome-antenna system evaluation under extreme flight conditions. The study addresses challenges where intense aerodynamic heating and mechanical loads affect radome materials, causing property changes that compromise antenna performance. The research integrates finite element analysis with thermo-mechanical coupling, developing a layered processing approach for temperature-dependent material variations and electrical parameter distribution. Using temperature characteristics from simulation, the methodology establishes layer-by-layer electrical mapping based on material temperature dependencies, providing realistic performance representation under high-temperature conditions. Experimental validation through antenna radiation analysis demonstrates excellent agreement with observations, confirming methodology accuracy. This research showcases computational electromagnetics' potential in aerospace engineering, providing solutions for hypersonic vehicle design optimization and advancing understanding of thermo-mechanical effects on electromagnetic system performance.
