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Timber Design
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© Ing. Zbyněk Šrůtek | www.timberdesign.cz
The Timber Design add-on for RFEM 6 allows you to perform the cross-section resistance design and stability analysis of timber member and plate structures in the ultimate limit state.
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Structural Analysis and Design Software for Timber Structures
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Structural Analysis and Design Software for Timber Structures
Timber Design for RFEM 6
Timber Design for RFEM 6 | © Ing. Zbyněk Šrůtek | www.timberdesign.cz
Timber Design for RFEM 6
The program provides a wide range of features, such as the calculation of internal forces, compressive stress design, identification of the stronger side, reduction of shear forces, design of curved members, increase of shear resistance, code-dependent options, and clear results with detailed cost reports.
The structural system allows for the alternative consideration of all effects for stability analysis (second-order analysis, imperfections, and stiffness reduction) during the determination of internal forces in RFEM/RSTAB, optionally in combination with the Torsional Warping (7 DOF) add-on.
Customer A2 Timber s.r.o. used RFEM and RWIND to design the first timber building without a metal structure of its kind in Japan. The 12-meter-high spiral pavilion, made of prefabricated CLT panels and glass facade elements, was analyzed for wind and seismic loads using a digital wind tunnel and FEM modeling.
Timber Gridshell of the Park Arena
Designed for the 2025 State Garden Show, this innovative timber gridshell in Furth im Wald showcases polygonal geometry, dismountable joints, and nearly 1,900 CNC-fabricated elements. The structure was modeled in Rhino/Grasshopper and calculated in RFEM.
Designed by the engineering office Wirth Haker, this 34-meter-high tower was calculated entirely using RFEM by Dlubal Software. The stiff cross-laminated timber (CLT) structure ensures stability under dynamic loads from swinging bells. The tower is clad with weather- and decay-resistant Accoya wood, ensuring durability in exposed conditions.
The six-story WOOD building in Grenoble is a milestone in sustainable timber construction. Designed with RFEM and its timber and dynamic analysis add-ons, it features a hybrid timber-concrete structure and meets ambitious environmental targets well ahead of 2030 standards.
This octagonal timber pavilion with movable panels was designed by TIMBER DESIGN s.r.o. using RFEM 6 with the Timber Design, Steel Design, and Form-Finding add-ons. Wind effects were analyzed in RWIND, and membrane cutting patterns created directly in RFEM. The innovative structure blends historic inspiration with modern kinetic elements and engineering precision.
Customer Blumer Lehmann used RFEM to design this five-story timber and steel office building in Gossau. The structure includes a free-form staircase made of curved solid timber panels, enabled by advanced timber construction techniques developed with the University of Stuttgart.
The price is valid for United States.
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