JOURNAL OF ENGINEERING FOR GAS TURBINES AND POWER-TRANSACTIONS OF THE ASME
Scope & Guideline
Powering Innovation in Gas Turbines and Beyond
Introduction
Aims and Scopes
- Gas Turbine Design and Optimization:
Research related to the design and optimization of gas turbine systems, including aerodynamic design, thermal management, and component interactions to enhance efficiency and reduce emissions. - Combustion Dynamics and Emissions Control:
Studies focused on combustion processes, including the investigation of fuel types, combustion stability, and emissions reduction technologies to meet regulatory standards. - Fluid Dynamics and Heat Transfer:
Exploration of fluid dynamics and heat transfer phenomena in various components of gas turbine systems, utilizing computational fluid dynamics (CFD) and experimental validation. - Vibration and Structural Dynamics:
Analysis of vibration characteristics, structural dynamics, and health monitoring of turbine components using advanced modeling techniques and experimental methods. - Advanced Manufacturing Techniques:
Innovations in manufacturing processes such as additive manufacturing and their implications for the performance and durability of gas turbine components. - Hybrid and Renewable Energy Systems:
Integration of gas turbine technology with renewable energy systems, focusing on hybrid and microgrid applications to enhance energy sustainability. - Machine Learning and Data Analytics:
Application of machine learning and data analytics in predictive maintenance, performance monitoring, and optimization of gas turbine operations.
Trending and Emerging
- Hydrogen and Alternative Fuels:
Research focusing on the use of hydrogen and other alternative fuels in gas turbines is increasing, driven by the need for decarbonization and sustainability in energy production. - Advanced Computational Modeling:
There is a significant trend towards sophisticated computational modeling techniques, including machine learning and AI applications, to enhance predictive capabilities in turbine design and operation. - Thermal and Fluid Management Innovations:
Emerging studies are increasingly centered on innovative thermal management systems and fluid dynamics techniques that improve efficiency and performance under varying operational conditions. - Integrated Energy Systems:
Research on integrated systems combining gas turbines with renewable energy sources and energy storage solutions is gaining traction, reflecting a shift towards more holistic energy management approaches. - Real-Time Monitoring and Predictive Maintenance:
The application of real-time monitoring techniques and predictive maintenance strategies is on the rise, utilizing data analytics to enhance operational reliability and efficiency.
Declining or Waning
- Conventional Fossil Fuel Technologies:
Research related to traditional fossil fuel-based gas turbine technologies is diminishing as the industry increasingly shifts towards cleaner, more sustainable energy solutions. - Simple Combustion Models:
The use of basic combustion models is waning in favor of more complex, detailed simulations that incorporate advanced chemistry and turbulence modeling to better predict combustion behavior. - Static Performance Testing:
Static performance assessments are becoming less common as dynamic, real-time testing methodologies gain traction, reflecting a need for more realistic operational data. - Traditional Control Strategies:
Conventional control strategies for gas turbine operation are being overshadowed by more innovative, adaptive, and AI-driven control methodologies that optimize performance in real-time.
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