Proposed 22m x 31m Aluminum Frame Tent

Project Details

This project involves the structural design and engineering of a large-scale aluminum frame tent system measuring approximately 101′-8″ x 72′-2″. The comprehensive scope required modern engineering solutions for the entire structural assembly, including purlins, rafters, beams, columns, and baseplates, all supported by a specifically designed foundation and pedestal system. The primary structure utilizes high-strength 6063-T6 aluminum alloy framing integrated with structural steel tension rods and anchors to ensure a lightweight yet durable assembly.

The design process included a rigorous structural analysis using finite element modeling to ensure the tent could safely withstand environmental loads. The structural elements were engineered in accordance with the Florida Building Code (FBC 2023), IBC 2021, and ASCE 7 provisions. Special attention was given to lateral load resistance through the use of aluminum cross-bracing and steel cable tensioning, providing stability against wind speeds of 117 MPH and requirements for Seismic Design Category C. The foundation system features independent reinforced concrete footings designed to perform reliably under a soil bearing capacity of 1,500 psf.

Role

Structural Engineer/Designer

Services Provided

The scope of services includes the preparation of structural calculations and structural drawings for the project. Structural calculations shall consist of loading analyses, including wind, seismic, snow, dead, and live loads, as well as the analysis and design of all steel framing components, including columns, beams, purlins, connections, and related elements. Structural drawings shall include a foundation plan, roof framing plan, steel framing elevations per gridline, detailed steel connection and baseplate drawings, and typical structural notes and specifications necessary for construction and permitting.