Respuesta:
El perfil de la velocidad del viento en RWIND Simulation según la norma ASCE 7‑16 [1] se calcula según la ecuación 26.10‑1. The coefficients and basic wind speed in this equation below are incorporated in the wind pressure equation.
Velocity Wind Pressure (Imperial)
| qz | Presión de velocidad a la altura z [lb/ft²] |
| Kz | Coeficiente de exposición a la presión de velocidad |
| Kzt | Coeficiente topográfico |
| Kd | Factor de direccionalidad del viento |
| Ke | Factor de altura s. n. m. |
| V | Velocidad básica del viento [mph] |
qz = 0.00256 Kz Kzt Kd Ke V2
We must reference this equation to calculate the inlet velocity relative to elevation for the RWIND Simulation CFD wind tunnel. To consider only velocity rather than pressure from this equation, the basic wind speed is multiplied by the square-root of each coefficient. Notice the velocity variable in Eq. 26.10‑1 is squared which requires the square root of the coefficients to be considered.
Inlet Velocity
Preguntas frecuentes (FAQ)
Because the ASCE 7-16 standard does not address wind CFD analysis and magnitude of the required inlet velocity, it is difficult to draw comparisons. Therefore, this is the closest estimate for calculating the RWIND Simulation inlet wind velocity per the code.