Manual De Dise%c3%b1o Por Viento Cfe 2020 Pdf De Obras Civiles Dise%c3%b1o

Altura sobre el nivel del suelo y rugosidad del entorno. 3. Cálculo de la Presión Dinámica de Base (

Below is a based on the spirit and methodology of the CFE MDOC “Diseño por Viento” as applied to civil works, updated to 2020 criteria.

[ q_z = 0.047 , V_z^2 \quad (\textin Pa, V_z \text in m/s) ] or [ q_z = \frac12 \rho V_z^2, \quad \rho = 1.225 , \textkg/m^3 \ (\textat sea level, adjust for altitude) ] Altura sobre el nivel del suelo y rugosidad del entorno

The is the current standard for wind load design for CFE infrastructure. Major cities like Hermosillo have incorporated it into their building regulations, mandating its use for wind-sensitive structures.

Not all buildings are treated equal. Structures are categorized by risk: Critical structures (hospitals, power plants). Group B: Standard buildings (houses, offices). 📊 Major Updates in the 2020 Version Compared to the 2008 version, the 2020 edition introduces: [ q_z = 0

El Manual de Diseño por Viento CFE 2020 es la referencia técnica utilizada en proyectos eléctricos y obras civiles relacionadas con infraestructura de la Comisión Federal de Electricidad (CFE). Este tutorial explica sus conceptos clave, cómo aplicarlos en diseño estructural y ejemplos prácticos para obras civiles, con un enfoque paso a paso y recursos para implementación.

For civil works design:

However, there is an important clarification to make before proceeding: for general civil works. The primary wind design standard in Mexico for buildings and civil structures is the “Manual de Diseño de Obras Civiles – Diseño por Viento” (MDOC – Viento) , which was most recently updated as part of the MDOC 2015 (with some updates adopted into the NTCD 2020 / NTC-DF 2020 for Mexico City).