COMBUSTION THEORY AND MODELLING
Scope & Guideline
Igniting Innovation in Energy Technology
Introduction
Aims and Scopes
- Theoretical Modelling of Combustion Phenomena:
The journal emphasizes the development and application of theoretical models to understand combustion mechanisms, including chemical kinetics, flame dynamics, and turbulence interactions. - Computational Fluid Dynamics (CFD) in Combustion:
A significant portion of the research involves advanced computational techniques such as Large Eddy Simulation (LES) and Conditional Source-term Estimation (CSE) to simulate complex combustion scenarios. - Experimental Investigations in Combustion Science:
The journal publishes experimental studies that validate theoretical models and computational predictions, providing insights into real-world combustion behavior. - Fuel Characterization and Alternative Fuels Research:
Research on various fuels, including biofuels, synthetic fuels, and waste-derived fuels, is a consistent focus, addressing the need for sustainable energy solutions. - Soot and Emissions Modelling:
The journal addresses the formation and reduction of soot and emissions in combustion systems, contributing to cleaner combustion technologies. - Flame Interaction and Stability Analysis:
Studies on flame stability, interactions with solid boundaries, and the effects of environmental conditions are crucial for understanding combustion in different settings.
Trending and Emerging
- Integration of Machine Learning in Combustion Modelling:
There is a growing trend toward using machine learning techniques for reducing reaction mechanisms and predicting combustion behavior, indicating a shift towards data-driven approaches in combustion science. - Advanced Turbulence Modelling Techniques:
Emerging studies are increasingly focusing on sophisticated turbulence models such as LES and hybrid approaches that combine different modelling strategies for improved accuracy in turbulent combustion simulations. - Research on Alternative and Renewable Fuels:
A noticeable increase in studies addressing the combustion of alternative fuels, including hydrogen and biofuels, reflects the urgency of transitioning to sustainable energy sources. - Flame Dynamics and Control Mechanisms:
Research on the dynamics of flame interactions, stability, and control methods is gaining traction, highlighting the importance of managing combustion for efficiency and safety. - Thermal Radiation Effects in Combustion:
Emerging interest in the role of thermal radiation in combustion processes signifies a deeper exploration of its impact on flame behavior and emissions.
Declining or Waning
- Traditional Chemical Kinetics:
Research focusing solely on traditional chemical kinetics without integration into larger combustion models has decreased, as newer methodologies are developed that account for complex interactions. - Low-Temperature Combustion Studies:
The frequency of papers dedicated to low-temperature combustion mechanisms has waned, potentially overshadowed by the growing interest in high-efficiency combustion strategies. - Simplistic Soot Modelling Approaches:
Older models that do not incorporate advanced soot formation mechanisms are becoming less common, as the field moves towards more sophisticated and accurate soot prediction methods. - One-Dimensional Flame Studies:
Research centered around one-dimensional flame models is appearing less frequently, as the focus shifts towards more complex multi-dimensional simulations that better represent real combustion scenarios.
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