Since antiquity, humanity has used engineering techniques to
manage the transport and distribution of its most important
resource fresh water. Population growth and climate change are
making the good management of water resources ever more essential
and this book focuses on advanced methods for the control of water
flow in open-channel systems.
Open-channel hydraulics are described by hyperbolic equations,
derived from laws of conservation of mass and momentum, called
Saint-Venant equations. In conjunction with hydraulic structure
equations these are used to represent the dynamic behavior of water
flowing in rivers, irrigation canals, transportation waterways and
sewers. A lot of water is wasted because of poor management of such
systems and automatic control has long been identified as a
possible way to improve their operational management.
Building on a detailed analysis of open-channel flow modeling,
Modeling and Control of Hydrosystems constructs control design
methodologies based on a frequency domain approach. The difficulty
involved with rigorous design of boundary controllers for
hyperbolic systems is well known but, in practice, many
open-channel systems are controlled with classical input output
controllers that are usually poorly tuned. The approach of this
book, fashioning pragmatic engineering solutions for the control of
open channels is given rigorous mathematical justification. Once
the control objectives are clarified, a generic control design
method is proposed, first for a canal pool, and then for a whole
canal. The methods developed in the book have been validated on
several canals of various dimensions, from experimental laboratory
canals to a large scale irrigation canal.
From the detailed analysis of realistic open-channel flow
dynamics, and moving to the design of effective controllers,
Modeling and Control of Hydrosystems will be of interest to control
and civil engineers, and also to academics from both fields.
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