Angličtina
Advanced Thermal Engineering: Efficiency Enhancement, Emission Reduction, and Renewable Energy Integration provides a comprehensive overview of advanced thermal engineering and its applications in energy systems, with an added focus on environmental sustainability. This book provides information on technologies which can be used to design and analyze thermal systems. It discusses relevant technical, economics, and environmental advantages and disadvantages of making this transition as technology evolves. It covers a wide range of topics, including thermal energy systems, heat transfer enhancement, renewable energy integration, emission reduction, waste heat recovery, nanotechnology, machine learning, environmental sustainability, case studies, and future trends.
This book progresses from an introduction to thermal engineering and its applications in energy systems, covers heat transfer enhancement techniques for advanced thermal systems, addresses the integration of renewable energy sources with thermal systems, emission reduction technologies for thermal systems, waste heat recovery and energy storage systems, nanotechnology for advanced thermal engineering, machine learning in advanced thermal systems, environmental sustainability in advanced thermal engineering, as well as case studies, practical applications and future trends.
Overall, Advanced Thermal Engineering: Efficiency Enhancement, Emission Reduction, and Renewable Energy Integration provides a comprehensive, in-depth treatment of thermal engineering topics, with a particular focus on efficiency enhancement, emission reduction, renewable energy integration, and emerging technologies. This book's interdisciplinary approach makes it relevant for researchers, engineers, policy makers, and students from a wide range of fields seeking a comprehensive, up-to-date treatment of advanced thermal engineering principles and practices meshed with environmental and economic considerations relevant to global citizens.
