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VSH Turòa nad Bodvou - Nemetschek Scia

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4<br />

CAE Buildings<br />

Ingenieurgemeinschaft Gölkel IGG<br />

Address Höhenrandstraße 60 • 70563 Stuttgart (DE)<br />

Telephone +49 711 / 78058-0<br />

Fax +49 711 / 78058-25<br />

Contact Herr Max Gölkel, Herr Hubert Kunz<br />

Email info@igg-goelkel.de<br />

Website www.igg-goelkel.de<br />

Leistungsbild<br />

• Tragwerksplanung<br />

• Objektplanung von Ingenieurbauwerken<br />

• Projektsteuerung<br />

• Gesamtplanung von Ingenieurbauwerken<br />

• Digitale Bestandsdatenerfassung<br />

• Bauphysikalische Nachweise<br />

• Baudynamische Untersuchungen<br />

Mitgliedschaften<br />

• Ingenieurkammer Baden-Württemberg<br />

• Arbeitsgemeinschaft Industriebau e.V. (AGI)<br />

Geschichte<br />

• 1965<br />

Gründung des Büros von Diethelm Gölkel<br />

Beratender Ingenieur und Prüfingenieur für Baustatik<br />

• 1993<br />

Übernahme des Büros durch Max Gölkel<br />

Büroeintritt von Hubert Kunz<br />

Philosophie<br />

• Hoher Anspruch an Qualität der Planung<br />

• Planung als Wertschöpfungsprozess für den Kunden<br />

• Servicepaket aus fachübergreifender Beratung, Planung und<br />

Betreuung<br />

• Ganzheitliche Betrachtungsweise unter Einbeziehung aller<br />

Interessen<br />

• Ständige Weiterentwicklung im Hinblick auf Bildung,<br />

Ausstattung, Kundenbeziehung, Innovation<br />

• Dauerhafte Kundenbeziehung<br />

Ausstattung<br />

• CAD<br />

Microstation V7, V8<br />

Speedikon M 6.5<br />

<strong>Nemetschek</strong> Allplan V 2003<br />

RIB Zeicon<br />

Glaser isb-cad<br />

Used software • SCIA•ESA PT<br />

• Statik<br />

Bautext, Friedrich + Lochner<br />

Dlubal – RSTAB, STAHL, Dynam (3D-Stabwerk)<br />

SCIA – ESA-Prima Win, SCIA•ESA PT (3D-Faltwerk)<br />

PCAE – 4H-NISI, Stahlbaunachweise<br />

150 SCIA User Contest 2007 • Category 4 • CAE Buildings<br />

Maschinenhalle Herma in Filderstadt-Bonlanden<br />

Machine hall Herma<br />

The main building exists of two parts, which divide<br />

the building on the long side: the automatic warehouse<br />

and the production building. In between is<br />

situated a fire-resisting wall, hung up on approx.<br />

30 m high ferro concrete columns (b/h=80/100).<br />

The upper floor of the production building, at the<br />

level +8.30 m, is the machinery hall, a steel construction<br />

of one-sided crooked frames. The calculation<br />

of the machinery building was carried out with<br />

SCIA•ESA PT.<br />

About the construction – The profile heights are variable<br />

from 40 to 120 cm. The profile is conceived as a<br />

welded hollow box beam whose flanges (t=35 mm)<br />

overlap. The upper flanges and unterflanges run in<br />

the area of the frame corner in 2 different radii. Under<br />

the floor of ventilator engine the radii reach the<br />

horizontal, in the area covered by the roof they end<br />

in the roof inclination.<br />

The stability of the construction is realised by a horizontal<br />

bracing under the roof along the fire-resisting<br />

wall, four crosswise bracings, which end to the<br />

curve on + 8.30 m - level. The roof bracing holds the<br />

frame on columns outside the fire-resisting wall area<br />

horizontally. The roof bracing is connected to the<br />

massive wall of the automatic warehouse and rests at<br />

bracings in the walls at the halls end.

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