Steel-based applications in earthquake-prone areas (STEEL-EARTH): Final report

S. Caprili; W. Salvatore; Benno Hoffmeister; Hetty Bigelow; S.A. Karamanos; T. Papatheocharis; M. Hjiaj; H. Somja; A. Zona; A. Dall'Asta; G. Leoni; D. Quattrini; F. Scozzese; Ludovic Fülöp; L. Bianco; R. Mallardo; P. Filipuzzi; H. Degée; F. Braga; R. Gigliotti; R. Laguardia; M. D’Agostino; M. Ventrellla; P. Tsintzos; N. Signorini; G. Bortone; Véronique Dehan; C. Haremza; Dan Dubina; Aurel Stratan; A. Dogariu; T. Sullivan; G. Royer-Carfagni; L. Galuppi; A. Franco; S. Baragiola

doi:10.2777/57634

Steel-based applications in earthquake-prone areas (STEEL-EARTH): Final report

S. Caprili, W. Salvatore, Benno Hoffmeister, Hetty Bigelow, S.A. Karamanos, T. Papatheocharis, M. Hjiaj, H. Somja, A. Zona, A. Dall'Asta, G. Leoni, D. Quattrini, F. Scozzese, Ludovic Fülöp, L. Bianco, R. Mallardo, P. Filipuzzi, H. Degée, F. Braga, R. GigliottiR. Laguardia, M. D’Agostino, M. Ventrellla, P. Tsintzos, N. Signorini, G. Bortone, Véronique Dehan, C. Haremza, Dan Dubina, Aurel Stratan, A. Dogariu, T. Sullivan, G. Royer-Carfagni, L. Galuppi, A. Franco, S. Baragiola

BA5503 ProperTune integration

Research output: Book/Report › Report

Abstract

Steel-Earth project aims at distributing among technicians, engineers, design companies and standardization bodies the results of three past RFCS projects (Steel-Retro [3], Opus [2] and PrecaSteel [1]), providing useful tools for the design and for the retrofit of existing buildings. Technical documents and practical applications to case studies, regarding design of steel and composite steel/concrete buildings and innovative steel-based techniques for the retrofit of existing r.c. and masonry constructions, have been elaborated and collected into a volume distributed during the final workshop of the dissemination project. Pre-normative and background documents concerning the design of steel and composite structures and the rehabilitation of existing constructions have been prepared. A lot of attention has been paid to the analysis of the influence of overstrength factors on the seismic design of steel and composite structures. The prepared documents have been distributed to the attending people and to the members of WG 2 (CEN/TC 250/SC 8/WG 2 “Steel and Composite Structures”) during the final workshop of the project. Technical sheets, working examples and background documents have been translated into several languages (German, French, Italian, Romanian and Greek) and are free available on the website of the project (https://www.steelconstruct. com/site/), where information regarding Steel-Earth are also presented. 11 Workshops in Italy, Greece, Germany, Belgium, Portugal, Spain and Romania and 5 conferences in Emilia-Romagna have been organized, as well as 2 practical courses for engineers and academic people in Pavia (Italy). Flash-drives with the technical documents and applications elaborated in Steel-Earth have been distributed to the attending people.

Original language	English
Publisher	European Commission EC
ISBN (Electronic)	978-92-79-65675-0
ISBN (Print)	978-92-79-65676-7
DOIs	https://doi.org/10.2777/57634
Publication status	Published - 2017
MoE publication type	D4 Published development or research report or study

Publication series

Series	EU Publications
Number	28459 EN
ISSN	1018-5593

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10.2777/57634

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Caprili, S., Salvatore, W., Hoffmeister, B., Bigelow, H., Karamanos, S. A., Papatheocharis, T., Hjiaj, M., Somja, H., Zona, A., Dall'Asta, A., Leoni, G., Quattrini, D., Scozzese, F., Fülöp, L., Bianco, L., Mallardo, R., Filipuzzi, P., Degée, H., Braga, F., ... Baragiola, S. (2017). Steel-based applications in earthquake-prone areas (STEEL-EARTH): Final report. European Commission EC. EU Publications No. 28459 EN https://doi.org/10.2777/57634

@book{653d6e0be6e140c2ac7c044ca85a60a6,

title = "Steel-based applications in earthquake-prone areas (STEEL-EARTH): Final report",

abstract = "Steel-Earth project aims at distributing among technicians, engineers, design companies and standardization bodies the results of three past RFCS projects (Steel-Retro [3], Opus [2] and PrecaSteel [1]), providing useful tools for the design and for the retrofit of existing buildings. Technical documents and practical applications to case studies, regarding design of steel and composite steel/concrete buildings and innovative steel-based techniques for the retrofit of existing r.c. and masonry constructions, have been elaborated and collected into a volume distributed during the final workshop of the dissemination project. Pre-normative and background documents concerning the design of steel and composite structures and the rehabilitation of existing constructions have been prepared. A lot of attention has been paid to the analysis of the influence of overstrength factors on the seismic design of steel and composite structures. The prepared documents have been distributed to the attending people and to the members of WG 2 (CEN/TC 250/SC 8/WG 2 “Steel and Composite Structures”) during the final workshop of the project. Technical sheets, working examples and background documents have been translated into several languages (German, French, Italian, Romanian and Greek) and are free available on the website of the project (https://www.steelconstruct. com/site/), where information regarding Steel-Earth are also presented. 11 Workshops in Italy, Greece, Germany, Belgium, Portugal, Spain and Romania and 5 conferences in Emilia-Romagna have been organized, as well as 2 practical courses for engineers and academic people in Pavia (Italy). Flash-drives with the technical documents and applications elaborated in Steel-Earth have been distributed to the attending people.",

author = "S. Caprili and W. Salvatore and Benno Hoffmeister and Hetty Bigelow and S.A. Karamanos and T. Papatheocharis and M. Hjiaj and H. Somja and A. Zona and A. Dall'Asta and G. Leoni and D. Quattrini and F. Scozzese and Ludovic F{\"u}l{\"o}p and L. Bianco and R. Mallardo and P. Filipuzzi and H. Deg{\'e}e and F. Braga and R. Gigliotti and R. Laguardia and M. D{\textquoteright}Agostino and M. Ventrellla and P. Tsintzos and N. Signorini and G. Bortone and V{\'e}ronique Dehan and C. Haremza and Dan Dubina and Aurel Stratan and A. Dogariu and T. Sullivan and G. Royer-Carfagni and L. Galuppi and A. Franco and S. Baragiola",

year = "2017",

doi = "10.2777/57634",

language = "English",

isbn = "978-92-79-65676-7",

series = "EU Publications",

publisher = "European Commission EC",

number = "28459 EN",

address = "Belgium",

}

Caprili, S, Salvatore, W, Hoffmeister, B, Bigelow, H, Karamanos, SA, Papatheocharis, T, Hjiaj, M, Somja, H, Zona, A, Dall'Asta, A, Leoni, G, Quattrini, D, Scozzese, F, Fülöp, L, Bianco, L, Mallardo, R, Filipuzzi, P, Degée, H, Braga, F, Gigliotti, R, Laguardia, R, D’Agostino, M, Ventrellla, M, Tsintzos, P, Signorini, N, Bortone, G, Dehan, V, Haremza, C, Dubina, D, Stratan, A, Dogariu, A, Sullivan, T, Royer-Carfagni, G, Galuppi, L, Franco, A & Baragiola, S 2017, Steel-based applications in earthquake-prone areas (STEEL-EARTH): Final report. EU Publications, no. 28459 EN, European Commission EC. https://doi.org/10.2777/57634

TY - BOOK

T1 - Steel-based applications in earthquake-prone areas (STEEL-EARTH)

T2 - Final report

AU - Caprili, S.

AU - Salvatore, W.

AU - Hoffmeister, Benno

AU - Bigelow, Hetty

AU - Karamanos, S.A.

AU - Papatheocharis, T.

AU - Hjiaj, M.

AU - Somja, H.

AU - Zona, A.

AU - Dall'Asta, A.

AU - Leoni, G.

AU - Quattrini, D.

AU - Scozzese, F.

AU - Fülöp, Ludovic

AU - Bianco, L.

AU - Mallardo, R.

AU - Filipuzzi, P.

AU - Degée, H.

AU - Braga, F.

AU - Gigliotti, R.

AU - Laguardia, R.

AU - D’Agostino, M.

AU - Ventrellla, M.

AU - Tsintzos, P.

AU - Signorini, N.

AU - Bortone, G.

AU - Dehan, Véronique

AU - Haremza, C.

AU - Dubina, Dan

AU - Stratan, Aurel

AU - Dogariu, A.

AU - Sullivan, T.

AU - Royer-Carfagni, G.

AU - Galuppi, L.

AU - Franco, A.

AU - Baragiola, S.

PY - 2017

Y1 - 2017

N2 - Steel-Earth project aims at distributing among technicians, engineers, design companies and standardization bodies the results of three past RFCS projects (Steel-Retro [3], Opus [2] and PrecaSteel [1]), providing useful tools for the design and for the retrofit of existing buildings. Technical documents and practical applications to case studies, regarding design of steel and composite steel/concrete buildings and innovative steel-based techniques for the retrofit of existing r.c. and masonry constructions, have been elaborated and collected into a volume distributed during the final workshop of the dissemination project. Pre-normative and background documents concerning the design of steel and composite structures and the rehabilitation of existing constructions have been prepared. A lot of attention has been paid to the analysis of the influence of overstrength factors on the seismic design of steel and composite structures. The prepared documents have been distributed to the attending people and to the members of WG 2 (CEN/TC 250/SC 8/WG 2 “Steel and Composite Structures”) during the final workshop of the project. Technical sheets, working examples and background documents have been translated into several languages (German, French, Italian, Romanian and Greek) and are free available on the website of the project (https://www.steelconstruct. com/site/), where information regarding Steel-Earth are also presented. 11 Workshops in Italy, Greece, Germany, Belgium, Portugal, Spain and Romania and 5 conferences in Emilia-Romagna have been organized, as well as 2 practical courses for engineers and academic people in Pavia (Italy). Flash-drives with the technical documents and applications elaborated in Steel-Earth have been distributed to the attending people.

AB - Steel-Earth project aims at distributing among technicians, engineers, design companies and standardization bodies the results of three past RFCS projects (Steel-Retro [3], Opus [2] and PrecaSteel [1]), providing useful tools for the design and for the retrofit of existing buildings. Technical documents and practical applications to case studies, regarding design of steel and composite steel/concrete buildings and innovative steel-based techniques for the retrofit of existing r.c. and masonry constructions, have been elaborated and collected into a volume distributed during the final workshop of the dissemination project. Pre-normative and background documents concerning the design of steel and composite structures and the rehabilitation of existing constructions have been prepared. A lot of attention has been paid to the analysis of the influence of overstrength factors on the seismic design of steel and composite structures. The prepared documents have been distributed to the attending people and to the members of WG 2 (CEN/TC 250/SC 8/WG 2 “Steel and Composite Structures”) during the final workshop of the project. Technical sheets, working examples and background documents have been translated into several languages (German, French, Italian, Romanian and Greek) and are free available on the website of the project (https://www.steelconstruct. com/site/), where information regarding Steel-Earth are also presented. 11 Workshops in Italy, Greece, Germany, Belgium, Portugal, Spain and Romania and 5 conferences in Emilia-Romagna have been organized, as well as 2 practical courses for engineers and academic people in Pavia (Italy). Flash-drives with the technical documents and applications elaborated in Steel-Earth have been distributed to the attending people.

U2 - 10.2777/57634

DO - 10.2777/57634

M3 - Report

SN - 978-92-79-65676-7

T3 - EU Publications

BT - Steel-based applications in earthquake-prone areas (STEEL-EARTH)

PB - European Commission EC

ER -

Steel-based applications in earthquake-prone areas (STEEL-EARTH): Final report

Abstract

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