In a world surpassing 8 billion people, the urgency to construct efficiently and swiftly has become evident, with rapid urbanization driven by population growth. Two notable trends, construction solutions, and digitization are responding to this imperative.
Construction solutions, guided by the Design for Manufacture and Assembly (DfMA) principle, offer a distinct approach. Mauro Burgio, Architectural Director at Bryden Wood, Milan, emphasizes the importance of integrating DfMA from the design stage. Success hinges on designing for easy assembly, reduced materials, enhanced quality, minimized labor, and potential automation.
Simultaneously, digitization is recognized as a mandatory step for integrated and efficient design. Building Information Modeling (BIM) takes center stage, providing comprehensive information across architectural, structural, plant engineering, energy, and management aspects in a single model. BIM and digitization emerge as transformative elements, promising a more efficient, streamlined, secure, and faster construction sector.
Less than a summer from the offer request to the successful installation of the NPS® structures. The building is the new 9,000 m3 underground garage for the maintenance of the new Idre Fjall cable car, named after Olympic ski champion Pernilla Wiberg. The request for quotation arrived on 10th June; Tecnostrutture’s technical-economic solution was presented, and the contract was signed after only 20 days.
Design of the NPS® structures and production in July. Delivery and assembly by the end of September of the same year. Compliance with the tight time constraints was possible thanks to the use of offsite construction solutions: 4.2x6.5 m structural mesh made up of 73 NPS® beams and 42 NPS® columns, prestressed slabs, twin- walls and prefabricated stairs.
In November, the ski season could start on time also in the Swedish ski resort of Idre Fjäll, with the opening of the new Wiberg gondola lift.
Within the scope of this engineering work, a key aspect was managed: the remote co-ordination of logistics, beyond the borders of the operational headquarters. The ability to foresee activities with a two-week margin, orchestrating the flawless delivery of prefabricated modules directly to the site and even planning additional interventions such as transport from Oslo, 400 km away, emerged from a detailed analysis of the operational stages and their interconnections.
This meticulous planning was developed in close cooperation with the customer, who made a fundamental contribution to the process. For example, on a construction site on Italian territory, if it had been necessary to introduce materials that were not available locally, it would have been possible to have them available within 24 hours. However, in this case, considering the great distance of the construction site from urban centres, the delivery time would have been up to ten days longer for any kind of material. Therefore, Tecnostrutture planned every detail scrupulously, even providing for essentials such as boxes of nails and skeins to tie the iron reinforcements.
It should be emphasised that any delay would have resulted in significant costs, amounting to more than EUR 4,000 per day just to keep the working personnel on site.
The opportunity arose on 10th June and Tecnostrutture managed the project from negotiation, through design, production, transport and finally assembly, which was completed on 1st October.
Ultimately, this project revealed how vital an accurate and forward-looking logistics plan is to ensure success and profitability under the most demanding construction challenges.
This example underlines that forward thinking and planning are pillars on which any successfully completed project stands.
The United Nations announced in November 2022 that it will reach the threshold of 8 billion people on earth. There is a clear needto build efficiently and quickly.
We can mention two aspects that are increasingly prevalent in the construction world that enable this need to be met: construction solutions and digitization.
Industry experts say that today's building solutions must follow the principle of DfMA (Design for Manufacture and Assembly). This is a fundamentally different approach to building and the built environment than the traditional approach based on manufacture and assembly; and it starts with design.
This method can reduce labor and potentially automate the construction process.
Digitization is a key step in designing in an integrated and valid way. Useful information at every stage of design, from architectural to structural, from plant engineering to energy and management, is present in a single model.
Continuing education at the Berlin Chamber of Construction, an event on Composite structures with the NPS® support system: design principles, dimensioning, practical applications
Building Chamber Berlin Heerstraße 18/20, 14052 Berlin 14052 Berlin Germany
This article compares the views of Tecnostrutture, through the word of site manager Eng. Laura Ferrigo, and Pietro Miele, CEO of the Miele Group, a company that operates in the construction industry and supported Tecnostrutture in the realization of the Parco del Gari project, Cassino (FR). This interview wants to describe how to create a synergy between teams to meet the schedule and complete a construction site quickly, safely and efficiently, while respecting the environmental and historical context.
WORKSITE DATA
General site information: 1. Worksite name: Parco del Gari - 2nd Building 2. Intended use: Residential/commercial use 3. Start and expected end date: 15/05/2021 - 31/12/2022 4. Tecnostrutture supply start and end date: 22/07/2021 - 20/12/2021 5. Client: San Marco Immobiliare S.R.L., via San Marco 4 - Cassino (FR) 6. Contractor: Domus Commerciale S.R.L, via San Marco 4 - Cassino (FR) 7. Architectural designer: Sur. Gianluca Fucile, Sur. Marco Pirone, Sur. Luca Miele 8. Structural designer: Eng. Rocco Violi, Eng. Enrico Lazzarini of Tecnostrutture 9. Architectural Works Management: Geom. Gianluca Fucile, Geom. Marco Pirone, Geom. Luca Miele 10. Structural Works Management: Eng. Rocco Violi 11. Building size: 13,724 square metres on 7 floors
New design methods, digital manufacturing processes, new materials as well as aspects of the circular economy and building in existing contexts are topics that are currently moving the field of structural engineering. At the same time, new knowledge is flowing into updated standards, innovative projects and modern manufacturing processes.
Technische Akademie Esslingen e.V. An der Akademie 5 73760 Ostfildern Germany
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