The Material-Efficient Design of Bridges with the Use of FRP

Akimov, L. A.; Mei, Kevin De; Montegiordano, Davide de Martino di; L'vov, V. S.; Osipov, N. Ya.; Ostrovaia, Anastasia; Krasnozhen, Sergei; Badenko, Vladimir; Terleev, Vitaly

doi:10.1007/978-3-030-96383-5_123

Cited by 1 publication

(1 citation statement)

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“…Additionally, overlooking the materiality of case study façades (focusing solely on their geometry and motion) helped to simplify the approach though adding another degree of limitation of the study. Therefore, the analysis of the applied materials properties along with the analysis of pros and cons of different possible materials that could be applied as the material of the dynamic façade's element (for example, thin metal façade skins with different perforation patterns, FRP with different degrees of translucency the bearing capacity of which was discussed in Akimov et al (2021c)) should be introduced to the comprehensive dynamic façade design methodology.…”

Section: Conclusion and Further Developmentsmentioning

confidence: 99%

Example-based dynamic façade design using the facade daylighting performance improvement (FDPI) indicator

Akimov,

Bezborodov,

Badenko

2023

Build. Simul.

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It remains challenging to conduct an efficient dynamic façade design. In this article authors try to address this issue introducing the façade daylighting performance improvement (FDPI) indicator aimed to evaluate the performance of a dynamic (adaptive) façade from its daylighting performance point of view. To illustrate the FDPI application the authors introduced the preliminary dynamic façade concept for an office building located in Tel Aviv (Hot-summer Mediterranean Climate Csa) with further shape modification based on the daylighting performance analysis compared to the three alternatives representative of different typologies of dynamic facades. Al Bahr, One Ocean and The University of Southern Denmark façade systems were simulated under the same weather and building conditions of the preliminary dynamic façade concept and were considered as a benchmark for the study. The final dynamic façade concept elaborated by the authors in the preliminary comparative workflow showed noticeable daylight performance improvement with respect to the case studies comparative scenarios. The FDPI metric allowed to estimate a daylighting performance improvement of 43% of the final dynamic façade concept over the case study dynamic façade that showed the best performance in the daylighting simulations.

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Section: Conclusion and Further Developmentsmentioning

confidence: 99%