Computational Fluid Dynamics in Renewable Energy Technologies: Theory, Fundamentals and Exercises
暫譯: 可再生能源技術中的計算流體力學：理論、基礎與練習

這本書專注於結合計算流體力學（CFD）和可再生能源技術的概念。除了介紹基本原理外，本書的核心包含一系列實用範例，提供有關選定可再生能源（RES）基礎技術的CFD建模方法和智能解決方案的有用資訊。每一章節都包括對所討論主題的理論介紹、決定效率和其他重要參數的因素描述，隨後是有關CFD建模方法論的實用資訊。還包括相關建議的總結和附有評論的範例結果。

特色：
- 提供數值方法在可再生能源過程分析中的應用實例
- 包含針對實務工作者的CFD介紹
- 探討在可再生能源技術的CFD模擬中使用的選定方法學方面
- 討論有效使用CFD程式功能的提示和建議
- 包含專門針對地熱系統的額外練習

這本書的目標讀者是能源工程、可再生能源、CFD、能源系統、流體力學和應用數學的專業人士和研究生。

Mateusz Szubel (PhD, Eng.), assistant professor at the AGH University of Science and Technology, Faculty of Energy and Fuels, Krakow, Poland. Professor Szubel is a member of the research group focused on the issues of renewable energy technologies, at the Department of Sustainable Energy Development. He is a research specialist on the conditions for the sustainable energy development. Furthermore, he is involved in the investigation of the possibilities of involving computational fluid dynamics (CFD) in the optimization of renewable energy technologies and increasing the energy efficiency of energy systems. He is focused on numerical modeling of energy storage and biomass thermochemical treatment. For 12 years professor Szubel has been running over 20 academic courses related to the practical aspects of renewable energy technologies' applications and the use of commercial CFD codes to analyze the elements of these systems. He is author and coauthor of 120 scientific and popular science papers.

Mariusz Filipowicz (DSc, Eng.), associate professor at the AGH University of Science and Technology, Faculty of Energy and Fuels, and former head of the Department of Sustainable Energy Development, Krakow, Poland. Professor Filipowicz graduated with an MSc in Technical Physics in 1991, obtained a PhD in 1998, and did habilitation in 2010 in the field of nuclear physics-nuclear fusion catalyzed by negative muons. Between 1994-1995, he completed a postgraduate course in Energy and Environment, the Tempus-Joint European Project (JEP) Postgraduate Course on Energy and Environment. Professor Filipowicz's main research areas are related to renewable energy technologies (mainly biomass, solar, and wind energy applications), energy efficiency, and nuclear physics (nuclear fusion reactions in the range of ultra-low energy). He is author and coauthor of more than 250 scientific papers and leader of scientific projects at AGH, such as, "BioEcoMatic: Construction of small-to-medium capacity boilers for clean and efficient combustion of biomass for heating" and "BioORC: Construction of cogeneration system with small to medium size biomass boilers" with the support of KIC InnoEnergy.

Karolina Papis-Frączek (MSc., PhD student), academic teacher and research assistant at the AGH University of Science and Technology, Faculty of Energy and Fuels, Krakow, Poland. Member of a research group focused on the issues of renewable energy technologies at the Department of Sustainable Energy Development. Ms. Papis' research interests include experimental and numerical studies on the efficiency of renewable energy technologies. Preparation of her doctoral thesis involves research into the use of concentrated solar radiation for the purpose of heat and electricity generation. She is author and coauthor of 20 scientific and popular science papers.

Maciej Kryś (MSc), an active industry engineer. Graduate of the Power Engineering Faculty at the Silesian University of Technology in Gliwice. For nearly a decade he has been working as an Analysis Engineer, specializing in using Computational Fluid Dynamics tools. As part of his duties he has assisted dozens of industrial companies and academic researchers in performing fluid dynamics simulations. His work did not only include executing simulations but also training engineers, specialists and researchers.

Currently, working in Oil&Gas industry optimizing the performance of traditional industry equipment, but also actively supporting implementation of renewable energy technologies in this field.

Mateusz Szubel（博士，工程師），波蘭克拉科夫AGH科技大學能源與燃料系的助理教授。Szubel教授是可持續能源發展系研究小組的成員，專注於可再生能源技術的相關議題。他是可持續能源發展條件的研究專家。此外，他還參與了計算流體力學（CFD）在可再生能源技術優化及提高能源系統能效方面的應用研究。他專注於能源儲存和生物質熱化學處理的數值建模。在過去的12年中，Szubel教授開設了超過20門與可再生能源技術應用的實際方面及使用商業CFD代碼分析這些系統元素相關的學術課程。他是120篇科學和科普論文的作者和合著者。

Mariusz Filipowicz（博士，工程師），波蘭克拉科夫AGH科技大學能源與燃料系的副教授，曾任可持續能源發展系主任。Filipowicz教授於1991年獲得技術物理碩士學位，1998年獲得博士學位，並於2010年在核物理-負μ子催化的核融合領域完成了晉升研究。1994年至1995年間，他完成了能源與環境的研究生課程，即Tempus-聯合歐洲項目（JEP）能源與環境研究生課程。Filipowicz教授的主要研究領域與可再生能源技術（主要是生物質、太陽能和風能應用）、能源效率和核物理（超低能量範圍內的核融合反應）有關。他是250多篇科學論文的作者和合著者，並在AGH領導科學項目，如「BioEcoMatic：建造小型至中型生物質鍋爐以實現清潔高效的燃燒」和「BioORC：建造小型至中型生物質鍋爐的熱電聯產系統」，並獲得KIC InnoEnergy的支持。

Karolina Papis-Frączek（碩士，博士生），波蘭克拉科夫AGH科技大學能源與燃料系的學術教師和研究助理。她是可持續能源發展系專注於可再生能源技術問題的研究小組成員。Papis女士的研究興趣包括可再生能源技術效率的實驗和數值研究。她的博士論文準備涉及利用集中式太陽輻射進行熱能和電力生成的研究。她是20篇科學和科普論文的作者和合著者。

Maciej Kryś（碩士），一名活躍的行業工程師。畢業於格利維采西里西亞科技大學的電力工程系。在近十年的時間裡，他擔任分析工程師，專注於使用計算流體力學工具。作為其職責的一部分，他協助數十家工業公司和學術研究人員進行流體力學模擬。他的工作不僅包括執行模擬，還包括培訓工程師、專家和研究人員。

目前，他在石油和天然氣行業工作，優化傳統工業設備的性能，同時積極支持該領域可再生能源技術的實施。