Stadium Roof Truss Design

In this type of truss roof a high collar beam and two struts make a wide and open expanded area which forms a wide livable space.

Stadium roof truss design.

Pipes made up by anti rust paint repairing. Modelling and analysis of compression truss columns cable net and roof steelwork using nonlinear methods. This project has of 28 m width and 44 m length and truss high of 9 m. The attic truss is able to support more load than a standard truss of the same span and pitch.

The design use life of this pipe truss structure is 50 years roofing cladding system use life is no less than 15 years. Attic truss roof design is intended to provide a solution for additional living area within the roof space. As this project is located near the sea the wind force is heavier the corrosion of sea water is bigger so this project needs to be maintained at certain time for example. Tekla software 15 751 views.

A wide variety of design for stadium truss options are available to you such as welded mesh light and heavy. Analysing the staged replacement of the v columns and providing an envelope of member forces on connections for use and. Comparison of hand calculations with staad pro program. Satisfied the reference stressed state reflecting the permanent condition of the completed stadium roof.

Overview of trusses use of trusses in buildingtrusses are used in a broad range of buildings mainly where there is a requirement for very long spans such as in airport terminals aircraft hangers sports stadia roofs auditoriums and other leisure buildings trusses are also used to carry heavy loads and are sometimes used as transfer structures. Cox architecture and arup engineers employed what they call a bioframe design for the stadium s roof a series of geodesic domes made up of rigid triangular components which covers most. Tekla global bim awards 2014 steel winner duration. To realize the design concept for steel stadium.