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Brief description of the hydraulic structure or canal segment being analyzed. Input Parameters: Clear list of the data you entered into HCANALES: Solera (base width) Talud (side slope) Rugosidad ( value, e.g., Manning's coefficient) Pendiente ( Results Table:

Designing roadside gutters, ditches, and storm sewers to handle peak runoff from major storm events.

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Determines critical depth, critical velocity, and specific energy states.

Inclusion of new forms for calculating flow rates in natural sections with similar or composite roughness. Expanded Flexibility: Enhanced capabilities for calculating hcanales 31 full

: Click the "Calcular" button to generate missing values like Normal Depth ( ) or Velocity (

"HCanales 3.1" refers to a widely used software program for hydraulic design developed by . While it is primarily a software tool rather than a single academic paper, it is extensively documented through Villón Béjar's textbooks and a specific research paper detailing its development. Primary Documentation and Research

Determining the optimal geometry for a channel to carry a specific discharge (Q).

: Calculating the capacity of urban storm sewers and open drainage ditches. River Engineering Brief description of the hydraulic structure or canal

For each of these sections, the software can compute flow rates, normal and critical depths, and other geometric parameters. It also supports calculations for natural channels, whether with constant or variable roughness.

is a premier, specialized desktop software application widely utilized in civil, agricultural, and water resource engineering to streamline the calculation and design of open channels and hydraulic structures . Developed by the renowned Costa Rican hydraulic engineer Máximo Villón Béjar , this software serves as an indispensable tool for replacing tedious manual iterative calculations with instant, precise mathematical simulations.

). It instantly computes the uniform flow depth without requiring manual trial-and-error algebraic solvers. 2. Critical Depth (Tirante Crítico) Critical depth (

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: Simulates gradually varied flow profiles (e.g., M1, S2).

The software supports a wide array of cross-sectional channel geometries, including:

: Defining concrete gutter profiles and storm collector depths to handle peak convective rainfall events.

is the premium, unrestricted version of the industry-standard hydraulic engineering software developed by renown Costa Rican-Peruvian researcher Ing. Máximo Villón Béjar . This specialized desktop application is designed to simulate, calculate, and optimize open channel hydraulics and water distribution infrastructure. By migrating labor-intensive numerical methods into a streamlined user interface, the software eliminates tedious manual iterations for civil, agricultural, and environmental engineers. System Requirements & Compatibility