The document discusses tensioned fabric structures, which use fabric materials stretched over frameworks to form exterior shells. Some key advantages of fabric structures include their lightweight and flexible nature, environmental sensitivity, and high strength-to-weight ratio. However, they also have disadvantages like lack of rigidity and potential instability if tension is lost. The document describes different types of fabric structures defined by their support systems, as well as common membrane materials, hardware components, drainage methods, and environmental impacts.

1. TENSIONED FABRIC STRUCTURES THE COLUMBUS CENTER Inner Harbor Baltimore, Maryland CLOSED TENSIONED FABRIC STRUCTURE

2. Tensioned Fabric Structure: A structure where the exterior shell is a fabric material spread over a framework. The fabric is maintained in tension in all directions to provide stability. DENVER INTERNATIONAL AIRPORT

3. PIER SIX PAVILION Baltimore, Maryland OPEN STRUCTURE

4. CHICAGO’S NAVY PIER

10. ALUMINUM FRAME SUPPORT

12. COMPONENTS

15. MEMBRANE Forms the enclosure of the structure. Connections can be glued or heat welded.

18. SPECIALIZED HARDWARE Tensioner Extruded section with membrane plate and centenary cables Tripod head with centenary cables Centenary cables at a side connection SPECIALIZED HARDWARE

20. WATER DRAINAGE VIA MEMBRANE PLATES OPEN STRUCTURE

21. WATER DRAINAGE CLOSED STRUCTURE

22. SOLAR BEHAVIOR