Wind Speed Estimation Uncertainties: Effects of Climatological and Micrometeorological Parameters
S M. Diniz, Fahim H. Sadek, Emil Simiu
To achieve structures that are risk-consistent, structural reliability methods must be used that account for uncertainties with respect to the relevant parameters affecting the estimation of wind effects. In this paper we obtain measures of uncertainties in the estimation of the wind speeds upwind of structures. These uncertainties are due to incomplete knowledge with respect to the relevant extreme climatological and micrometeorological parameters. Advances in wind engineering and improvments in computational capabilities make it now possible to improve upon earlier estimates available in the literature. The work presented in this paper is a phase of a broader NIST project aimed at developing user-friendly software for the estimation of probabilities of failure of low-rise structures subjected to wind loads.
June 9-12, 2002
Corfu, 1, GR
International Computational Stochastic Mechanics Conference
Building technology, database-assisted design, Monte Carlo simulation, sampling errors, terrain roughness, uncertainties, wind speeds
, Sadek, F.
and Simiu, E.
Wind Speed Estimation Uncertainties: Effects of Climatological and Micrometeorological Parameters, International Computational Stochastic Mechanics Conference, Corfu, 1, GR
(Accessed December 1, 2021)