02 Fakultät Bau- und Umweltingenieurwissenschaften

Permanent URI for this collectionhttps://elib.uni-stuttgart.de/handle/11682/3

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1985 - 19893

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Institute: search.filters.UBSInstitut.Institut für Leichtbau, Entwerfen und KonstruierenPublication Type: search.filters.UBSTyp.Konferenzbeitrag

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Now showing 1 - 3 of 3
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    Zur konstruktiven Durchbildung ausschließlich zugbeanspruchter Membranränder
    (1985) Gropper, Hans; Sobek, Werner
    Über Randausbildungen von Membrantragwerken werden theoretische Überlegungen angestellt. Anschließend wird über die Neuentwicklung eines textilen Randelementes berichtet, von dem ein Prototyp in Zusammenarbeit mit einer Weberei verwirklicht werden konnte. Dieser Prototyp wurde unter Einsatz verschiedener Verankerungen getestet. Die Verankerung von Synthesefaserzuggliedern stellt sich dabei als problematisch heraus und wird deshalb näher untersucht.
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    Covering "Les Arènes de Nîmes" with an air-inflated fabric structure
    (1989) Bergermann, Rudolf; Sobek, Werner
    Together with a team of architects, we started to develop and to design a structure which should cover the central part of the arena. The design yielded to a lightweight structure which is able to be installed within 21 days, designed to withstand a windspeed of 200 km/h and able to carry a snow load of 360 to - more than twice the deadweight of the new building. The air inflated cushion consists out of PVC-coated PETP-fabric membranes.
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    Concrete shells constructed on pneumatic formwork
    (1986) Sobek, Werner
    In recent decades the number of concrete shells constructed has continued to decline. This is in large measure attributable to the high costs of the formwork: construction of the spatially curved formwork surface using conventional formwork methods is labor-intensive and rates of pay in industrialized countries are high. Consequently, the design solutions based on conventional methods are not economically justifiable. There was, therefore, reason enough to make concrete shell construction competitive again by developing less costly formwork methods. One such method is pneumatically supported formwork.