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Structural Analysis & Design Software

Steel Structures
Concrete Structures
Timber Structures

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Updated:

05/17/2013

RFEM - Structure Gallery

...see impressive structures created by customers!

1. Skywalk Allgäu, a Tree-top Walk in Southern Germany

Statics and construction	Meyer+Schubart Wunstorf www.meyer-schubart.de
Investor	Skywalk allgäu gemeinnützige GmbH
Notes	The dimensions shown below indicate the dimensions of the total system.
Length	222 m
Width	162 m
Height	79 m
Nodes	1,578
Members	3,878
Finite Elements	4,625
Materials	7
Cross-sections	51
Description	The skywalk allgäu is a path with a length of about 500 m, installed in the height of 15 to 30 m above ground, leading through the treetops of the Allgäu Alps. The path construction built at approx. 1,000 m above mean sea level consists of cable-stayed and suspension bridge constructions. Furthermore, it is supported by 14 towers guyed with cables. The central point and major tourist attraction is the look-out tower which is 50 m high, offering visitors a wonderful view over the Alps, the Prealps and Lake Constance. Download full article in PDF format...

2. Timber Pedestrian Bridge in Anaklia, Georgia

Statics and construction	Load application, structural analysis, design: Leonhardt, Andrä and Partners Stuttgart www.lap-consult.com Structural planning for timber construction: Fast + Epp GmbH Darmstadt www.fastepp.com
Investor	State of Georgia
Length	506 m
Width	9 m
Height	41 m
Nodes	2,341
Members	3,878
Materials	7
Cross-sections	48
Description	One of the world's longest timber bridges has been built in Anaklia, a climatic spa town on the Eastern shore of the Black Sea. In the beginning of 2012, its construction was completed. It is more than 500 m long and connects the hotel and port area with a coastal area that is so far almost unused but will be developed for tourism in the next years. Download full article in PDF format...

3. Hotel Ramada Innsbruck Tivoli, Österreich

Statics and construction	Structural analysis (testing work): in.ge.na., Innsbruck www.ingena.info
Length	approx. 54 m
Width	approx. 41 m
Height	approx. 45 m
Nodes	3,924
Members	90
Surfaces	458
Finite Elements	201,328
Materials	4
Cross-sections	17
Description	The fourteen-story hotel is directly facing the Olympiaworld, Tyrol's largest sports and event center. The building represents one of the highest constructions of the beautiful Alpine city. Entering the terrace on the eleventh floor, visitors enjoy a breathtaking panorama of the Tyrolean mountains and the Bergiselschanze, a world-famous ski jumping hill which is part of the annual International Four Hills Tournament. Download full article in pdf format...

4. Wörgl Zentrum Lenk in Austria

Statics and construction	AGA-Bau-Planungs GmbH Kufstein, Austria www.agabau.at
Investor	TIROLER FRIEDENSWERK Rum (near Innsbruck), Austria www.friedentirol.at
Notes	The following data belong to the RFEM model of house B.
Length	56.5 m
Width	54.5 m
Height	22.5 m
Members	72
Surfaces	419
Materials	21
Cross-sections	14
Weight	approx. 11 m t
Description	In autumn 2012, construction will start in Wörgl, Austria for an apartment complex that is, by request of the building owner, completely planned and designed as a BIM model including structural analysis, work planning, call for tenders, etc. Special software tools of b.i.m.m GmbH, an Austrian company for building information model management, are used to make possible the cooperation of architects, structural engineers and company technicians working efficiently together on the same 3D model. Basic software used during the project are RFEM and the Autodesk programs Revit Architecture and Revit Structure for which Dlubal provides a direct interface. Download full article in pdf format...

5. Designing the arch bridge

Statics and construction	Jana Vlachová Student of civil engineering at the Czech Technical University in Prague
Length	250 m
Width	12 m
Height	28.1 m
Nodes	177
Members	14
Materials	2
Cross-sections	3
Description	Jana Vlachová who was studying CTU in Prague used program RFEM for structural analysis of the concrete arch bridge as part of her Master Thesis. The project objective was to design the bridge structure crossing a valley. The project was tackled as an arch bridge with prestressed bridge deck. In addition to RFEM the following modules were used: SHAPE-MASSIVE, RF-MOVE, RF-CONCRETE Members and RF-TENDON. Download full article in pdf format...

Note

If you want to present your projects on this page, please read the pdf document linked below and send us your project data by e-mail or on CD/DVD.
Info for publication

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