Master the science and art of guiding mighty rivers with proven, practical methods.This work presents a concrete, rule‑driven approach to hydraulic engineering, focusing on how angulated jetties and carefully placed levees can control currents, deepen channels, and protect coastlines. It turns complex river dynamics into actionable directions that engineers can apply to major rivers, especially the Mississippi, to improve navigation, reduce flood risk, and expand usable land.
In clear, step‑by‑step form, the text explains how to design, place, and adjust jetty systems, and how to balance conflicts between opposing banks to keep channels open. It also explores the broader implications for commerce, agriculture, and regional health, linking engineering choices to long‑term prosperity and safety.
- Understand the key principles of jetty angulation, current deflection, and channel deepening.
- Learn how to confine a river’s width and create stable, navigable passages.
- See practical direction sets for levee construction, channel blasting, and cribwork work.
- Explore historical examples and the reasoning behind large‑scale water management strategies.
Ideal for readers of historical engineering treatises, maritime infrastructure, and river‑control theory who want a grounded view of how hydraulic design can shape landscapes and livelihoods.
This edition presents the concepts in accessible language with concrete instructions, making the core ideas useful to students, professionals, and curious readers alike.