The official user manual is a 204-page guide published in 2013. It provides step-by-step instructions on installing and using the software, along with detailed explanations of the underlying hydraulic concepts and equations. This manual, often sold as a book-CD-ROM set, has been a staple for engineering students and professionals.
The software provides a comprehensive suite of calculation modules for different hydraulic scenarios: Open Channels
: Native support for both 32-bit and 64-bit systems
If you see a site claiming:
Windows 7, 8, 8.1, 10, or 11 (Both 32-bit and 64-bit versions supported natively). Storage: Less than 50 MB of free hard drive space. RAM: 512 MB minimum. How to Install:
is the leading specialized software for the hydraulic design of open channels, pipes, and water control structures. Created by the renowned Peruvian engineer Máximo Villón Béjar, this tool is considered standard across Latin America for civil engineering students, hydrologists, and hydraulic designers.
is the leading digital tool used by civil and agricultural engineers across Latin America to simplify and automate open-channel hydraulic designs . Originally developed by the renowned Costa Rican agricultural engineer Máximo Villón Béjar, this software transforms tedious, iterative manual formulas into lightning-fast, accurate calculations. Whether designing agricultural irrigation networks, urban drainage systems, or large river diversions, the complete suite of HCanales 3.1 provides the robust functionality needed to ensure structural stability and fluid efficiency. Core Technical Capabilities of HCanales
HCanales 3.1 is a specialized engineering software developed by Máximo Villón Béjar
: Tools for calculating dimensions and flow through structures like weirs, sluice gates, and energy dissipators. Specific Energy
) across an open channel where gravity forces are exactly balanced by boundary friction losses. This relies fundamentally on solving the standard Manning Equation:
: Inclusion of lateral weirs, warped transitions, and canal loss calculations.
Open channel configurations can be fully customized by cross-sectional geometry. Users toggle between five artificial geometries, outputting hydraulic radius, top width, and velocity: