A design method for estimating the wind loads on unclad automated rack supported warehouses is proposed. It is based on the results of wind tunnel tests on typical configurations of rack frame blocks, displayed during the erection phases, together with aerodynamic coefficients obtained on the sectional models of rack frame members. Base shear forces and overturing moments at the base of each rack frame allow for the safety checks of the structure as well as the design of temporary bracings.
Wind loads on unclad automated multi depth shuttle rack supported warehouses / Antonino Maria Marra; Tommaso Massai; Gianni Bartoli. - ELETTRONICO. - (2022), pp. 1-4. (Intervento presentato al convegno 8th European-African Conference on Wind Engineering tenutosi a Bucharest, Romania nel 20-23 September 2022).
Wind loads on unclad automated multi depth shuttle rack supported warehouses
Antonino Maria Marra
Conceptualization
;Tommaso MassaiInvestigation
;Gianni BartoliFunding Acquisition
2022
Abstract
A design method for estimating the wind loads on unclad automated rack supported warehouses is proposed. It is based on the results of wind tunnel tests on typical configurations of rack frame blocks, displayed during the erection phases, together with aerodynamic coefficients obtained on the sectional models of rack frame members. Base shear forces and overturing moments at the base of each rack frame allow for the safety checks of the structure as well as the design of temporary bracings.
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