190 Used software: Scia Engineer Client Formula1 is one of the most famous car races in the world. Each year these big events are attracting a lot of people. A lot of movable structures from different promoters are presented there. The promotion of the Bridgestone products was organized by the company Objektbau Jung Messe/Shop/Event. The Order The company Objektbau Jung has concepted a movable stand in the form of an ellipse tube in order to organize the promotion of Bridgestone products during the F1 and DTM car races in Europe in 2008. The support steel structure needed to be light for transportation and it had to be able to be mounted and dismounted quickly. The design of removable membrane roofing for the ellipse tube form with connection details and optimization of the steel supporting structure was needed. Technical data The support structure consists of six ellipse shaped, steel arches with a distance of 3.50 m which are fixed in two points to the middle frame construction. The trestle stability is achieved through the middle frames and lengthways roof bracing. The membrane canvas is stressed over the steel arches and fixed on the trestle by means of the rand cables and edge steel plates with bolts. Heavy weight movable foundation elements were used for the bearing safety. The structure has the general dimensions of 12.0 m x 17.5 m x 4.0 m. The membrane material is Ferrari Type 502. Software and Model The steel supporting structure was created with the general 3D-Modelling tool of Scia Engineer. The Forten software was used for the estimation of the membrane, cable and connection forces. The foundation consists of proved unified parts and it was not calculated. The bearing safety was verificated through the comparison of the calculated design and the resisting weight forces. DIN 4112 Flying Buildings was assumed for wind loads. In addition to the supporting structure model 1D/2D models of connection parts with cables, plates and bolts were created for the further making of the construction drawing with Scia Engineer drawing tool. Formula 1 - Bridgestone Flying Stand This project regards a movable stand in the shape of an ellipse tube to promote the Bridgestone products during the F1 and DTM car races in Europe in 2008. The support steel structure had to be very light for transportation reasons and it had to able to be mounted and dismounted quickly. The design of the removable membrane roofing for the ellipse tube form with all the connection details and the optimization of the steel supporting structure was required. The steel supporting structure was created and calculated with the general 3D-Modelling tool of Scia Engineer. Forten software was used for the estimation of the membrane, cable and connection forces. For the output, PDF documents in English and German (as Scia Engineer) were created. Membrane drawings with compensation, detailed production drawings for the connections including 3D-PDF model have been done with the Scia Engineer construction drawing tool. Owner: Fa. Objektbau Jung Architect: Fa. Objektbau Jung General Contractor: Fa. Objektbau Jung/Fa. Welcomp AG/Fa. Planex Technik in Textil GmbH Engineering Office: Dipl.-Eng. Sergej Ryklin STATIK Construction Start: 26/04/2008 Construction End: 31/10/2011 Location: Flying Stand with Formel1 and GTM Car Races in Europe Project Information Short Description Dipl.-Ing. S.Ryklin STATIK Contact Sergej Ryklin Address Liselottestrasse 17 69123 Heidelberg, Germany Phone +49 6221830673 Email [email protected] Personal Information Sergej Ryklin Born in 1963 Moscow 1981-1985: Diploma Study of Civil Engineering at the Automobile and –Road Institute, Moscow; speciality “Bridges & Tunnels”. 1985-1991: Repair and maintenance of automobile bridges in Moscow. Since 1993: Structural designer and verifier by “Römhild & Hecker” Consulting Engineers in Landau, Germany. Since 1997: Currently self-employed Structural designer. Specialization • Planning and optimisation of Steel-, Aluminium-, Solid-, Timber- and Membrane Structures; • Project consultancy; • Building physics calculations; • Dynamics calculations. Philosophy Flexibility in planning due to an integrated 3D-Design and the ability to find feasible and low-cost solutions already in the draft stage. Experience About 800 different projects processed - a.o. residential- and industrial buildings, park decks, pedestrian bridges, swimming pools, silos, membranes… References Daimler AG, John Deere AG, SAP AG, DB AG, Siemens AG, Henkel AG, Formel 1… Equipment 2 Workstations, 2 Notebooks with following software: Scia Engineer, Nemetschek, Autocad, Dicad, Prosteel 3D, Kretz, LSS, Pcae, ForTen, Adobe. CAE Special Projects 5
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