Open-Channel Hydraulics Chow, Ven Te

$73

1959 edition. Hardcover has some minor wear along the sides, scuffs and marks. No dust jacket. Spine has some wear on the top and bottom. Pages are clean and the binding is secure.

This 1959 edition of “Open-Channel Hydraulics” by Ven Te Chow is a landmark work in hydraulic engineering. Chow, a renowned researcher and educator, made significant contributions to the understanding of open-channel flow, essential for water resource management and civil engineering projects. This comprehensive volume covers principles and applications of open-channel hydraulics, including flow analysis, channel design, and hydraulic structures. Despite its age, this copy’s clean pages and secure binding reflect its enduring value as a well-preserved piece of engineering literature.

1 in stock

SKU: VB69-067 Category: Product Condition: Used

Description

1959 edition. Hardcover has some minor wear along the sides, scuffs and marks. No dust jacket. Spine has some wear on the top and bottom. Pages are clean and the binding is secure.

This well-preserved 1959 edition of “Open-Channel Hydraulics” by Ven Te Chow is a seminal work in the field of hydraulic engineering. Chow, a pioneering researcher and educator at the University of Illinois, made significant contributions to the understanding of open-channel flow, a critical aspect of water resource management and civil engineering projects. This book, which became a standard reference in the field, presents a comprehensive treatment of the principles and applications of open-channel hydraulics, including the analysis of uniform and non-uniform flows, hydraulic design of channels, and the study of hydraulic structures such as weirs and spillways. With its clear explanations and practical examples, this volume remains a valuable resource for students, researchers, and professionals in hydraulic engineering, hydrology, and related disciplines. Despite its age, this copy’s clean pages and secure binding attest to its enduring value as a well-preserved piece of engineering literature.

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Weight 2.15 lbs
Dimensions 15.75 × 22.86 × 3.81 in
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