Prefabricated structures of buildings from steel thin-wall cold formed profiles Cocoon "Transformer"
DOI:
https://doi.org/10.32347/2707-501x.2022.50(1).51-60Keywords:
steel thin-walled cold-formed profiles, LSTS, structural systems, Cocoon , ELISSAAbstract
Cocoon System AG's light steel thin-walled structures have proven their worth in numerous superstructures, extensions, exterior wall and ceiling systems, as well as complex projects by internationally renowned architects. As part of the implementation and development of lightweight construction methods, this company has developed the Cocoon "Transformer" system, represented by prefabricated wall and floor structures with varying degrees of completeness and enlargement, registered as ETA - 11/0105. The Cocoon "Transformer" system is a frame-sheathing self-supporting or load-bearing, external or internal structure, the components of which are steel thin-walled cold-formed profiles, plate materials (cladding), insulating materials and fasteners. ETA-11/0105 suggests an optimization of this structural system. The European project ELISSA was created to improve the construction of walls, floors, roofs and volumetric modules of the Cocoon "Transformer" system with improved thermal, acoustic, vibration / seismic and fire resistance characteristics, as well as to develop industrially safe methods for their application. The use of high-performance airgel thermal insulation strips in this project minimized the effect of thermal bridging in the exterior wall structure and brought the heat transfer coefficient closer to the requirements of a passive house. The new prefabricated lightweight elements ELISSA, which demonstrate a high level of energy efficiency, provide the possibility of using insulated vacuum panels (VIP) with increased strength. The increased strength of Super Insulated VIP Panels is due to the use of foils with better endurance and also encapsulated in polyurethane. However, the version of the ELISSA system using VIP panels significantly increases the cost of the wall structure, which may hinder its widespread use in Ukraine. The creation of standard economic solutions with a sufficient level of energy efficiency according to the Cocoon "Transformer" construction concept will allow, to a certain extent, to reduce the costs of restoring the housing stock of Ukraine, damaged as a result of hostilities, and solve the problem of rapid new construction to replace completely destroyed housing.
References
Lösungen in Stahl-Leichtbauweise. Dokumentation 551/ Wirtschaftsvereinigung Stahl. – Düsseldorf. 2019. 35р.
Thermal Assessment of a Novel Drywall System Insulated with VIPs / Ioannis Atsonios, Ioannis Mandilaras and Maria Founti // Energies. - 2019. – p. 18. doi:10.3390/en12122373 URL: https://www.mdpi.com/1996-1073/12/12/2373/pdf?version=1561018118
Experimental seismic performance evaluation of modular lightweight steel buildings within the ELISSA project / Raffaele Landolfo, Ornella Iuorio, Luigi Fiorino// Earthquake Engineering and Structural Dynamics, 47 (15). pp. 2921 - 2943 - URL: https://eprints.whiterose.ac.uk/131268/1/Landolfo_Iuorio_Fiorino.pdf
Experimental characterization of quick mechanical connecting systems for cold-formed steel structures / Luigi Fiorino Vincenzo Macillo, Raffaele Landolfo//Advances in Structural EngineeringVolume 20, Issue 7, July 2017, рр. 1098-1110. URL: https://journals.sagepub.com/doi/epub/10.1177/1369433216671318.
Full-Scale CFD Simulation of Gypsum Plasterboard Wall Assemblies Exposed to Fire: Effects of Gypsum Dehydration / Dionysios I. Kolaitis*; Eleni K. Asimakopoulou; Maria A. Founti// Conference Paper. - October 2012. – 20 с. - URL: https://www.researchgate.net/publication/268218958_Full-Scale_CFD_Simulation_of_Gypsum_Plasterboard_Wall_Assemblies_Exposed_to_Fire_Effects_of_Gypsum_Dehydration#read
Stahl-Leichtbau. Mit Knauf/Cocoon Systemlösungen. Knauf Gips KG. – 2016. – 23 с.– URL: https://www.knauf.de/wmv/?id=14347
ETA-11/0105 vom 28. Juni 2018. System Cocoon "Transformer". Bausatz für Gebäude aus Metallrahmen/ Deutsches Institut für Bautechnik, Basel, SCHWEIZ, р. 35.
Project Documentation. EU project confirms the earthquake safety of Cocoon Knauf lightweight steel construction. Cocoon System AG, 2017. – 3 с. – URL: https://www.cocoon.ch/wp-content/uploads/2018/09/ELISSA-earthquake-test-Cocoon-Knauf-EN.pdf
Sustainability of Modular Lightweight Steel Building from Design to Construction / Iuorio, Ornella; Napolano, Loredana; Fiorino, Luigi; and Landolfo, Raffaele// Specialty Conference on Cold-Formed Steel Structures. 2. – 2018. – рр. 515 – 527. - URL: https://eprints.whiterose.ac.uk/131274/1/Iuorio_Napolano_Fiorino_Landolfo_Int%20Spec%20Conf%202018.pdf
ELISSA: A new concept for Energy Efficient LIghtweight-Sustainable-SAfe-Steel Construction /M. Scotto, L. Napolano, V. James, M. Founti and others//Scotto et al., Abracadabra International Workshop, Bologna – 2016. – р. 7. - URL: https://www.academia.edu/28793647/ELISSA_A_new_concept_for_Energy_Efficient_LIghtweight_Sustainable_SAfe_Steel_Construction
Energy Efficiency of Lightweight Steel-Framed Buildings. Energy Efficient Buildings / Paulo Santos. - 2017. – рр. 35-60. - URL: https://pdfs.semanticscholar.org/7b7a/fde782ff31ad6b92832e5a7c880b7d3c31f8.pdf?_ga=2.1299761.105317277.1667547210-1149146681.1667547210
Хохрякова Д.О. Аналіз розвитку нормативного забезпечення для проєктування ЛСТК. Нові технології в будівництві. 2021. № 40. С. 44-49.
Проєкт ДСТУ ХХХХ-202Х. «Стінові панелі з каркасом зі сталевих тонкостінних холодноформованих елементів. Вимоги до виготовлення та монтажу». К.: ДП «УкрНДНЦ», 2021. 62 с. URL: http://www.urdisc.com.ua/rl/info/Projekt DSTU Stinovi paneli z karkasom zi stalevyh tonkostinnyh holodnoformovanyh elementiv. Vymogy do vygotovlennya ta montagu.pdf.
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