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Customer Projects designed by Dlubal Software programs

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Free-Form Glass Structure at Xujiahui Commercial Center in Shanghai, China

Structural Analysis Novum Structures LLC

Length: ~ 187 ft | Widht: ~ 134.5 ft | Height: ~ 75.5 ft | Weight: ~ 82 t
Number of Nodes: 495 | Members: 1,202 | Materials: 2 | Cross‑Sections: 18

A remarkable free‑form roof structure was built at the Xujiahui Commercial Center in Shanghai, China, and inaugurated in June 2017. It serves as a skylight in the indoor area of the shopping center, and as a canopy in the outdoor area.

John W. Olver Design Building University of Massachusetts, USA

Structural Analysis Equilibrium Consulting Inc.
Vancouver, BC, Canada

In September 2017, the Design Building at the University of Massachusetts in Amherst was completed. The $52 million project is one of the largest timber structures in the USA and one of the largest wood-concrete composite projects in the world.

Revitalization and Extension of Supporting Structure of Stage Roof in State Playhouse Dresden, Germany

Structural Analysis KREBS+KIEFER Ingenieure GmbH

Length ~ 108.3 ft | Width: ~ 52.5 ft | Height: ~ 29.5 ft | Weight: ~ 16 t
Nodes: 2,516 | Members: 4,077 | Materials: 4 | Cross-Sections: 91

The theater built from 1911 to 1913 has a varied history. The building was destroyed by the Allied air attacks in February 1945, reconstructed in the post‑war years, and damaged by floods in August 2002. Within an 18‑week break, the Dresden theater has been was extensively renovated and modernized.

Residential Timber Buildings in Strasbourg, France

Structural Analysis Ingénierie Bois
Bischeim, France

Length: ~ 98.4 ft | Width: ~ 72.2 ft | Height: ~ 124.7 m 
Number of Nodes: 3,069 | Members: 923 | Surfaces: 842

Todays’ design methods and fabrication techniques of CLT panels allow for easier design and construction of high‑rise timber buildings.

“Îlot bois de Strasbourg” is one of the first CLT building project in France that exceeds 98 ft in height. This building complex consisting of three high‑rise buildings provides commercial space on the ground floor and 146 residential units on the upper floors. The entire structure has a total area of 100,104 ft².

Garage Pétry à ROOST, Luxembourg

Structural Analysis and Construction SCHATZ Engineering GmbH & Co. KG
Karlsdorf-Neuthard, Germany

The following data refer to one car dealership building.

Length: ~ 119.75 ft | Width: ~ 90.22 ft | Height: ~ 42.65 ft | Weight: ~ 1,247 t
Number of Nodes: 245 | Members: 420 | Materials: 3 | Cross-Sections: 23

In Roost, Luxembourg, a new building complex relating to cars is built. There will be up to six car dealerships, a parking garage, and a paint shop built on the site. The construction project was divided into two planning phases. The first phase includes three multi‑story car dealerships with the same type of the supporting structure.

Reconstruction of Güsen Road Bridge B 10 over Elbe-Havel Canal, Germany

Building and Structural Planning grbv Ingenieure im Bauwesen GmbH & Co. KG
Hanover, Germany

Length: ~ 334.6 ft | Width: ~ 45.9 ft | Height: ~ 49.2 ft | Weight: ~ 554 t
Number of Nodes: 228 | Members: 687 | Materials: 6 | Cross‑Sections: 14

As a part of expansion works of the Elbe‑Havel Canal, the Güsen road bridge was replaced by a new bridge at the same place. The new construction was necessary because the clear width and height of the existing bridge were no longer sufficient for the waterway expansion.

Look-Out Tower Saarschleife, Germany

Planning, Structural Engineering, Construction WIEHAG GmbH
Altheim, Austria

Length: ~ 105.0 ft | Width: ~ 62.3 ft | Height: ~ 137.8 ft | Weight: ~ 178 t
Number of Nodes: 868 | Members: 1,293 | Materials: 4 | Cross‑Sections: 32

With the height of about 137.8 ft, the look‑out tower offers a unique view over the landscape of the Saar-Hunsrück Nature Park, into the Saar Bow valley and, if the visibility is clear, even as far as the Vosges Mountains. The tower is the highlight of the tree‑top trail with a length of 4,101 ft, which allows for walks up to 75.5 ft above the forest level.

Oberholz Alpine Hut, Italy

Planning, Design Timber Structures
Structural Design
Bauingenieure Hartmann & Gamper
Dr. Ing. Andreas Erlacher

At a height of around 6,889 ft you can enjoy a breathtaking view of the dolomites with a delicious meal. Since 2016 these amenities have been available at the top station of the Obereggen skiing area, South Tyrol. The Oberholz alpine hut restaurant, with its exceptional architecture, fits perfectly into the surrounding landscape.

Rehabilitation of Müngsten Viaduct, Germany

Check of Structural Analysis
PSP - Professor Sedlacek und Partner, Dortmund, Germany

Length: ~ 1525 ft | Width: ~ 88 ft | Height: ~ 265 ft | Weight: ~ 4,011 t
Number of Nodes: 3,657 | Members: 5,485 | Materials: 13 |
Cross‑Sections: 266

The Müngsten Viaduct, completed in 1897, ranks among the most important buildings in steel bridge construction in the world today. With a height of 351 ft over the Wupper River, it is Germany's highest railway bridge. The design derives from the Garabit Viaduct, completed in 1884, which is located near Saint-Flour in southern France and was designed by Gustave Eiffel.

Conceptual Design of Wolbecker Road Bridge No. 76 in Münster, Germany

Building and Structural Planning grbv Ingenieure im Bauwesen GmbH & Co. KG
Hanover, Germany

Length: ~ 252.3 ft | Width: ~ 49.2 ft | Height: ~ 54.1 ft | Weight: ~ 420 t
Number of Nodes: 461 | Members: 824 | Materials: 4 | Cross-Sections: 19

Starting in 2018, an architecturally appealing tied‑arch bridge will arise in Münster, Germany. The new road bridge will be built over the Dortmund‑Ems Canal with a span of 220.5 ft. It will replace the existing classic arch bridge, built in 1957, which is 16.4 ft less in span length.

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Successful Project with RFEM and RSTAB

“The art project 'Solhjul' was designed with the programs RSTAB and RFEM. The great support by Dlubal Software contributed to the success of the project.”

Project: Art Project "Solhjul" in Give, Denmark

Reduced Costs Thanks to Dlubal Software

“We could perform a very satisfying structural analysis of our project. We were able to reduce our material costs, we are excited.”