Sign up for the Dlubal Extranet to get most of the software and have exclusive access to your personal data.
Sign up for the Dlubal Extranet to get most of the software and have exclusive access to your personal data.
Sign up for the Dlubal Extranet to get most of the software and have exclusive access to your personal data.
Ergodomus is a premier Italian timber engineering firm specializing in advanced structural design, DfMA, and BIM. With nearly two decades of expertise, they provide technical engineering and project management for complex wood structures worldwide, bridging the gap between architectural vision and sustainable construction.
A hybrid mass timber project in Glenroy featuring 20 bespoke glulam trusses, CLT slab floors with integrated openings, and a coordinated BIM workflow. The design balanced structural performance with functional spaces, using RFEM FEM analysis and customized timber‑steel connections.
The Heimdalsporten project in Trondheim features modular hybrid buildings combining timber and concrete. Dlubal's RFEM software was key in optimizing structural designs and connections for efficient prefabrication and rapid assembly, ensuring a fast and cost-effective construction process.
The Hanji House is a temporary pavilion for the 59th Biennale, designed by Stefano Boeri Architetti. It features structure made from LVL and OSB panels, inspired by origami and Hanji paper. Built without foundations, it uses concrete ballast for stability and was engineered for wind resistance with CFD simulations.
A modern mass timber sports hall in Modena featuring 25.5 m glulam portals, deep timber beams, custom steel connections, and a fully BIM‑driven structural design. The project harmonizes innovative timber engineering with architectural refinement, optimized and verified using RFEM and advanced analysis.
This six‑story CLT residential building in Modena, Italy, uses RFEM for dynamic FEM analysis and BIM for design optimization. It meets seismic standards and showcases mass timber as a sustainable, eco‑friendly alternative, ensuring structural integrity, energy efficiency, and a reduced carbon footprint.
The Better Energy Charging Station in Sønderborg, Denmark, features a sustainable timber structure with a green roof. Designed with RFEM analysis, the project focuses on material efficiency and environmental impact, showcasing timber’s potential in infrastructure.
