Qun Chen – författare
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3 produkter
3 produkter
- Nyhet
Häftad, Engelska, 2026
1 906 kr
Skickas inom 10-15 vardagar
Advanced Modeling, Analysis and Optimization of Thermal and Integrated Energy Systems presents groundbreaking research on the innovative "heat current method" for precise and efficient modelling of thermodynamic systems. The book offers a comprehensive exploration of integrated power-thermal systems, emphasizing holistic optimization strategies crucial for sustainable energy transitions. Authored by experts in the field, this book is a valuable resource for researchers and professionals seeking advanced methodologies in thermal engineering and energy system optimization. The book begins with an introduction that outlines the challenges faced by thermodynamic systems in the renewable energy transition. It progresses to explore the fundamentals of modelling and optimizing thermodynamic and integrated thermal-power systems, introducing the novel heat current method and its application. The subsequent chapters delve into the heat current method for thermodynamic system modelling, efficient simulation and optimization of thermodynamic systems, holistic modelling and analysis of integrated power-thermal systems, and coordinating flexibility and efficiency for renewable energy accommodation.Advanced Modeling, Analysis and Optimization of Thermal and Integrated Energy Systems offers valuable insights and practical solutions for a diverse audience of researchers, engineers, and energy professionals. Researchers and students working in thermal engineering, and sustainable energy will benefit from the novel methodologies and holistic approaches presented in this book. Engineers and professionals working in the energy sector, particularly those involved in system optimization and renewable energy integration, will find this book essential for advancing knowledge and best practices.Introduces a novel heat current method for the accurate and efficient modeling of thermodynamic systemsExplores the holistic modeling and optimization of integrated power and thermal systems to enhance flexibilityDiscusses a spatiotemporal coordination principle for optimal resource management in distributed energy systemsAnalyzes current studies and provides a systematic review of modeling and analysis methods for thermodynamic systemsEvaluates the practical implementation and direct applicability of advanced techniques for renewable energy transitions
Häftad, Engelska, 2021
556 kr
Skickas inom 10-15 vardagar
This book constitutes revised selected papers from the workshops of the 4th Asia-Pacific Web and Web-Age Information Management International Joint Conference on Web and Big Data, APWeb-WAIM 2020: The Third International Workshop on Knowledge Graph Management and Applications, KGMA 2020;
Inbunden, Engelska, 2026
2 053 kr
Kommande
This book introduces new physical quantities and optimization methods for heat transfer, marking a departure from traditional heat transfer enhancement approaches that emerged in the 1970s in response to the global energy crisis. By drawing an analogy between heat conduction and electrical conduction, and through derivations from the energy conservation equation, this book presents the concept of entransy, demonstrates that it invariably decreases during spontaneous heat transfer in isolated systems, and entransy dissipation can serve as a measure of heat transfer irreversibility. On this basis, this book reveals fundamental principles for heat transfer optimization, such as the least action for heat transfer, the entransy extremum and the minimum entransy dissipation resistance. In addition, this book presents the utilization of the entransy balance equation as a global constraint for the optimization of heat transfer and thermodynamic systems, and introduces heat current models as key tools for such system analyses. This book is intended for senior undergraduate and graduate students with an interest in thermal engineering, as well as researchers working on thermal systems in fields such as architecture, electronics, aerospace, and chemical engineering.