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Gable style is also used in the design of fabric structures, with varying degree sloped roofs, dependent on how much snowfall is expected. Sharp gable roofs are a characteristic of the Gothic and classical Greek styles of architecture. [2] The opposite or inverted form of a gable roof is a V-roof or butterfly roof.
A view of a roof using common purlin framing. The purlins are marked in red. This view is from the inside of the building, below the roof. The rafters are the beams of wood angled upward from the ground. They meet at the top of the gable at a ridge beam, which has extra bracing to attach it to the rafters.
Gable roof A form of gable roof (Käsbissendach) on the tower of the church in Hopfen am See, Bavaria. A gable roof [1] is a roof consisting of two sections whose upper horizontal edges meet to form its ridge. The most common roof shape in cold or temperate climates, it is constructed of rafters, roof trusses or purlins.
The gable bracing of William S. Clark House is untraditional as most gable bracings of Eastlake Style would connect to the edge of the roof. The gable bracing instead hangs from the edge which provides shadows on the house wall. The frieze contains vertical and zigzag bevelled sticks, and pierced and chamfered brackets that surround the cornice.
Half-hipped (clipped gable, jerkinhead [7]): A combination of a gable and a hip roof (pitched roof without changes to the walls) with the hipped part at the top and the gable section lower down. Dutch gable, gablet : A hybrid of hipped and gable with the gable (wall) at the top and hipped lower down; i.e. the opposite arrangement to the half ...
Two king post trusses linked to support a roof. Key:1: ridge beam, 2: purlins, 3: common rafters. This is an example of a "double roof" with principal rafters and common rafters. A timber roof truss is a structural framework of timbers designed to bridge the space above a room and to provide support for a roof.
Trelystan Church, Montgomeryshire. Decorative arched wind braces between purlins- 15th-16th century. In architecture, wind braces are diagonal braces to tie the rafters of a roof together and prevent racking.
Building length: 3 m (10' +/-) to 10 m (32' +/-) is common. Length is primarily limited by the ability of the load path to transfer loads to a vertical brace system (e.g. gable endwall). Building length can be extended with added discrete brace systems (e.g. roof level horizontal brace, portal frame, diagonal brace, interior partition shear wall).