Hydraulic Engineering Principles and Design: Water Flow, Pipe Networks, Structures, Flow Measurements, Modeling, Design Applications

TURN HYDRAULIC THEORY INTO PRACTICAL ENGINEERING DESIGNHow do you determine the flow capacity of a pipeline? What causes excessive head loss? How do interconnected pipes, pumps, channels, weirs, culverts, and other hydraulic structures behave as complete systems?Hydraulic Engineering Principles and Design provides a practical foundation for understanding, analyzing, and designing the systems engineers use to control, convey, measure, and manage water.Rather than treating hydraulics as a collection of isolated equations, this book connects fundamental principles with the calculations and design decisions required in real engineering applications.Inside, you'll learn how to: - Analyze pressure, velocity, discharge, energy, and head losses - Solve practical pipeline and interconnected-system problems - Evaluate pumps and hydraulic-system performance - Understand uniform, critical, gradually varied, and rapidly varied flow - Analyze channels, weirs, culverts, spillways, and related structures - Apply flow-measurement principles and instrumentation methods - Use hydraulic models to investigate system behaviour - Translate calculations into practical engineering design decisionsClear explanations help readers understand why hydraulic systems behave as they do-not merely which equation to use.Ideal for civil and environmental engineers, water-resources professionals, engineering technologists, consultants, university students, and practitioners who need a dependable reference for hydraulic analysis and design.Whether you are sizing a conveyance system, evaluating pressure losses, analyzing channel behaviour, selecting design parameters, or strengthening your understanding of applied hydraulics, this handbook gives you a systematic framework for approaching the problem with confidence.Master the flow. Understand the system. Make better hydraulic design decisions-add this practical engineering reference to your professional library today.