Preserved-Flow-Hydraulics

This comprehensive 12-chapter book, written by leading international experts on surface water and groundwater processes and interactions, critically reviews the state-of-the-art global understanding of several key areas of the Hyporheic Zone (the groundwater–surface water interface, especially near rivers). Each chapter deals with a specific theme, including water flow rates and exchanges, and fluvial, sedimentological, hydrological, […]

This book describes field methods for measuring rates of groundwater flow in fractured rock aquifers and draws heavily on results of three recent studies in the Clare Valley, South Australia; Atherton Tablelands, Queensland; and Wagga Wagga, NSW.

updated: 16 September 2024 to include pages that were missing in the first version This book combines two separate themes: a description of one of the links in the chain of the water cycle inside the earth’s crust i.e., the subsurface flow; and the quantification of the various types of this flow, obtained by applying

The primary objective of this text is the presentation of basic principles of the mechanics of two-phase fluid systems in soils and porous rocks. It is not designed as a reference book or as a thorough review of the literature. The scope of the material presented is limited to what can be covered in a

Kruseman and de Ridder first published this book in 1970 and it was reprinted many times thereafter, with a completely revised second edition published in 1991. The GW-Project has received permission from Wageningen University & Research (WUR) to include this publication on the GW-Project website, and WUR has been so kind to provide an electronic

Transient Ground Water Hydraulics presents developments, formulas, and methods that engineers have found useful when making quantitative evaluations of ground water flow. The main emphasis is on transient phenomena.  The Dupuit-Forchheimer idealization is the basis for most of these developments. This idealization, which is described in the text, leads to partial differential equations which are

This book is an outgrowth of a course in ground-water hydrology taught for seniors and first-year graduate students in Agricultural Engineering, Civil Engineering, Geology, and Watershed Science. The selection of subject material and presentation has been favorably received by both students and professionals in these disciplines. The book is designed, primarily, for use as a