Abstract
Football is the most popular and popular sport not only in Indonesia but also in the world today. The stadium building is a building devoted to sports such as football and rugby. However, over time, the stadium is now a multi-purpose building that can be used for many other activities such as music concerts, political campaigns, and also as a venue for other events.In the previous design carried out by Irfandianto the stadium building had a span between columns of 8m, with a roof truss structure Space frame with a corner welded connection type, taking into account the function of the stands which prioritized comfort of view so that no points were obstructed by the supporting columns, therefore a lightweight long-span structure system is used, namely the Space Frame roof structure.In preparing this final project, it will be planned for the stadium to use a Space frame roof truss structure with a ball joint connection type, with an Intermediate Moment Resisting Frame System (SRPMM) which refers to SNI 1726-2012 and SNI 2847-2013. The results obtained from the analysis for beam dimensions 40 x 55 cm (B1), 40 x 50 cm (B2), 30 x 40 cm (B5), 30 x 40 cm (B6), 30 x 40 cm (BA1), 25 x 35 cm (BA2), 15 x 20 cm (BA5), 30 x 40 cm (BAT), 40 x 55 cm (E). With D16 reinforcement for main reinforcement and D10 for shear and torsion reinforcement. As for the columns, the dimensions are 40 x 40 cm (K1), 50 x 50 cm (K2), 60 x 60 cm (K3) with main reinforcement D36 and D13 for transverse reinforcement. And for floor slabs use a thickness of 180 mm at an elevation of 3, 150 mm for floor slabs 1, and 125 mm for elevation 9 with the main support and field reinforcement on floor slabs all using D10 reinforcement, except for floor slabs at 3 m elevation using D16 Keywords: Space frames
Published Version
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