Welcome to the Multiframe Construction Pages
Here you will find
examples of work designed by some of our customers using
Multiframe. Construction
Page submissions are displayed by company to emphasize the
variety of projects they are involved in. Please
note that all pictures used on this Construction site remain
copyright to the designers or photographers (where
mentioned), and can only be reproduced with permission of
the company.
Stoney Trail Bridge
Spronken J R & Associates Ltd
550 6 Avenue SW,
Calgary, AB T2P0S2
Tel. 403-265-1123
The
Stony Trail bridge is a horizontally curved, incrementally launched
bridge. Analysis and design was carried out using Multiframe and
Section Maker. |
Eidetic Metier Veranda
Eidetic Metier
Ph: +49 341 980 58 91
Fax: +49 341 980 58 24
Contact: Oliver Draxler
Web: http://www.expertin.de/architecture/
Architect: A.Phol
Name of Structural Engineer: Sahlman and Partner, Rathenaustraße 19, 04179, Leipzig
Tel: 0341-453 00-0
Name of Construction Company: Riedl, Thomas Muntzerstraße 127, 08121 Weißenbach Tel 037603-3606
Overall dimensions depth: 6.5m, width: 2.81m height: 4.36m
Gulf Harbour Marina
Nancekivell Williams
Contact Peter Williams
PO Box 35-377, Browns Bay, Auckland 10, New Zealand
Ph (09) 479 7028 Fax (09) 479 7062
Complex designed by Nancekivell & Williams at the Gulf Harbour Marina.
Newington College
Nancekivell Williams
Contact Peter Williams
PO Box 35-377, Browns Bay, Auckland 10, New Zealand
Ph (09) 479 7028 Fax (09) 479 7062
Spaceframe for Newington College Sydney.
Turkish Aerospace Hanger
TAI (F-16) Picture. This is Turkish Aerospace facilities where Turkish F-16's are manufactured. We built three industrial buildings at this facility. The complete roof of the main building spans an area of 165 metres by 90 metres. (3 x 30 metres width and 11 * 15 metres length). However, these are very special buildings and the roof carries many elements such as ducts, climate control sensors, sprinklers, lighting, etc. Since it is at a height of 15 metres, to position those elements once the roof is built, means workers must work at a height of 15 metres, i.e. 5 story building. We came up with the idea that the roof could be manufactured and assembled on the ground and everything fixed on it on the ground and then lifted as a single item to final height with hydraulic jacks positioned on each column. This would mean increased productivity and safety. And we did it ! Although the completed building pictures do not show it, the roof was lifted exactly like that. Multiframe was used to study the forces and auxiliary structures needed to use this method, and was a valuable tool in this study and very important in the success of this method.
Glass Factory
Turkish Bottle and Glass Industries 3rd Float Glass Factory : The picture shows two portal cranes in the background. One of them is red, the other is yellow. They have 80 m span and 40 m height and lift 15 tons from the center. Since tower cranes which span circles were not optimum for manipulating concrete, re-bar and steel over a series of continuous industrial buildings which are rectangular in geometry, we wanted to have two portal cranes which can reach any co-ordinate on these buildings. However, the span was a problem, because at such distances the cranes can be rather heavy. We used Multiframe to optimize those two portal cranes, and were able to make them very light and saved quite a bit of money and time this way.
Grain Handling System
Turkish Material Office, Port Grain Handling Systems, Conveyors, etc This was a design and build contract. All of the steel support construction of the conveyors, (seen on the right in the picture, the crane unloads from the ship onto the conveyor to transport the goods inland), were designed using Multiframe. Some of the conveyors were quite difficult to position (long spans over water, etc). Overall about 2000 tons of complicated lattice support structure was designed with Multiframe.
SMI Trusses
B.P.9 40, Bd Vaillant Couturier 59165 AUBERCHICOURT France
Tel 27 91 13 60 Fax 27 92 58 95
Contact José Walocha Designed by Annie Tronquox, José Walocha SMI Designed by Luc Delemazure, José Walocha SMI 10 m x 8m Designed by Emmanuel Blamont et lou Caroso, José Walocha SMI 20m x 15m, approximately 45 tonnes.
Benno Barth Bridges
Contact Mr Benno Barth
Julius Durst Strasse 38 Brixen BZ Italy I-39042
Tel +39 472 838110 Fax +39 472 209232 Bridge: a concrete bridge Bridge: a timber bridge
Benno Barth Trusses
An expansion of a existing industrial plant (timber construction).
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