Water flow sediment quality mathematical model theory and application

Author: Bai Yuchuan Gu Yuanlei Xing Huanzheng
Publisher:
Publish Date: 2005-10-01
Features: This book is based on computational fluid dynamics, sediment transport mechanics, and environmental hydraulics. It proposes a theoretical system and computational models for mathematical models of flow, sediment movement, and water quality in river estuary dynamics, addressing the evolution of water environments. The book is divided into 3 parts and 8 chapters. Part 1 focuses on computational methods for flow, sediment, and water quality mathematical models, consisting of 2 chapters: Chapter 1 introduces the finite difference method for flow mathematical models; Chapter 2 introduces the finite element method for flow mathematical models. Part 2 covers flow mathematical models and their engineering applications, divided into 3 chapters: Chapter 1 discusses one-dimensional flow mathematical models and their engineering applications; Chapter 2 covers two-dimensional flow mathematical models and their engineering applications; Chapter 3 addresses three-dimensional flow mathematical models and their engineering applications. Part 3 focuses on sediment and water quality mathematical models and their engineering applications, consisting of 3 chapters: Chapter 1 examines river engineering sediment mathematical models and their engineering applications; Chapter 2 explores estuary engineering sediment mathematical models and their engineering applications; Chapter 3 discusses river estuary water quality mathematical models and their engineering applications. In terms of content selection, the book places special emphasis on the integration of theory and computational methods with practical river estuary engineering. This book can serve as a textbook and teaching reference for graduate students in hydraulics and river dynamics, port and coastal engineering, marine engineering, environmental science and engineering, computational mathematics, computational fluid dynamics, and physical geography. It can also be used as a reference for design, research, and teaching personnel in the aforementioned fields.