The finite volume method in computational fluid dynamics : an advanced introduction with OpenFOAM® and Matlab®

Detailed Summary of the Book

This book starts by laying down a strong theoretical foundation of the finite volume method, a crucial numerical technique used in CFD for discretizing the equations governing fluid flow. What sets this book apart is its dual focus on theory and application, seamlessly integrating the use of OpenFOAM® and Matlab®. OpenFOAM®, an open-source CFD toolbox, provides readers with practical insights into solving real-world problems, while Matlab® offers a robust platform for developing customized scripts and functions, thereby enhancing the reader's computational skills.

The chapters are structured to progressively take the reader from basic concepts to more advanced topics. The initial chapters introduce readers to the essential principles of fluid dynamics and the mathematical models used in CFD. Subsequent chapters delve deeply into the finite volume method, discussing discretization techniques, solution algorithms, and boundary conditions in detail. The book also addresses the implementation strategies for solving complex flow problems using OpenFOAM® and Matlab®, equipping readers with the skills needed to tackle advanced CFD projects.

Key Takeaways

Among the key takeaways from this book is a solid understanding of the finite volume method and its applications in solving fluid dynamics problems. Readers will gain proficiency in using OpenFOAM® for CFD simulations, enabling them to model a wide range of fluid flow scenarios effectively. Additionally, the integration of Matlab® enhances computational efficiency and provides a versatile tool for customizing solutions. The book emphasizes a hands-on approach, encouraging active learning through numerous examples and exercises that reinforce the concepts presented.

Famous Quotes from the Book

"Understanding fluid dynamics through the finite volume method not only unravels complex flow mechanics but also capacitates engineers and scientists to predict and innovate."

"OpenFOAM® and Matlab® are more than tools; they are the building blocks of precision and creativity in computational fluid dynamics."

Why This Book Matters

This book holds significant importance for both the academic world and the industry, bridging the gap between theoretical CFD knowledge and practical application. For students, it serves as an essential resource that complements their coursework with hands-on experience, thus preparing them for real-world challenges. For practitioners and researchers, the book offers valuable insights into advanced techniques and tools that are instrumental in pushing the boundaries of current CFD applications. Its relevance is further underscored by the growing reliance on CFD across various industries—ranging from aerospace to automotive, and energy to environmental engineering—making this book a pivotal resource for innovation and efficiency in fluid dynamics studies.