Drift-based fragility assessment of confined masonry walls in seismic zones

Engineering Structures

Volumn 31, Issue 1, 2009, Pages 170-181

  Ruiz García, Jorge ^a   Negrete, Miguel ^a  

^a UNIVERSIDAD MICHOACANA DE SAN NICOLÁS DE HIDALGO   (Mexico)

Author keywords

Assessment; Confined masonry; Drift based fragility; Loss estimation; Vulnerability

Indexed keywords

AGGLOMERATION; ASPECT RATIO; COLOR; FOUNDATIONS; HOUSING; MASONRY CONSTRUCTION; MASONRY MATERIALS; OPTICAL PROPERTIES; SEISMOLOGY;

ASSESSMENT; CONFINED MASONRY; DRIFT-BASED FRAGILITY; LOSS ESTIMATION; VULNERABILITY;

WALLS (STRUCTURAL PARTITIONS);

CYCLIC LOADING; EARTHQUAKE ENGINEERING; MASONRY; PERFORMANCE ASSESSMENT; SEISMIC DESIGN; SEISMIC RESPONSE; SEISMIC ZONE; WALL;

EID: 56649092828     PISSN: 01410296     EISSN: None     Source Type: Journal    
DOI: 10.1016/j.engstruct.2008.08.010     Document Type: Article

References (34)

1. Earthquake Engineering Research Center (EERI). The Tecoman, Mexico earthquake January 21, 2003. EERI-SMIS reconnaissance report 2006
2. Ruiz J, Sanchez T, Miranda E.. Observations of the behavior and design of masonry dwellings in seismic zones. In: Edificaciones de mampostería para vivienda. Fundación ICA-SMIE. 2003 [in Spanish] [Chapter 6]
3. Rodriguez M. Design and evaluation of masonry dwellings in seismic zones. Earthq Spectra 21 2 (2005) 465-492
4. Deierlein GG. Overview of a comprehensive framework for performance earthquake assessment. Report PEER 2004/05. Pacific Earthquake Engineering Center 2004. p. 15-26
5. Wen Y.K., and Ellingwood B.R. The role of fragility in consequence-based engineering. Earthq Spectra 21 3 (2005) 861-877
6. Miranda E, Aslani H. Probabilistic response assessment for building-specific loss estimation. Report PEER 2003/03. Pacific Earthquake Engineering Research Center 2003
7. Aslani H., and Miranda E. Fragility assessment of slab-column connections in existing non-ductile reinforced concrete structures. J Earthq Eng 9 6 (2005) 777-804
8. Pagni C., and Lowes L. Fragility functions for older reinforced concrete joints. Earthq Spectra 26 1 (2006) 215-238
9. Astroza M., and Schmidt A. Deformation capacity of confined masonry walls for different performance levels. Revista de Ingeniería Sísmica 70 (2004) 59-75 [in Spanish]
10. Meli R, Zeevaert A, Esteva L. Behavior of hollow masonry walls under alternate lateral loading. Report no 156. Institute of Engineering, Nat Autonomous Univ of Mexico; July 1968 [in Spanish]
11. Meli R, Salgado G. Behavior of masonry walls under lateral loading. Secord report. Report no 237. Institute of Engineering, Nat Autonomous Univ of Mexico; September 1969 [in Spanish]
12. Meli R. Seismic behavior of masonry walls, second edition. Report no 352. Institute of Engineering, Nat Autonomous Univ of Mexico; May 1979 [in Spanish]
13. San Bartolome A. Masonry construction, Seismic behavior and structural design. Pontificia Universidad Catolica del Peru, Fondo Editorial 1994. p. 228 [in Spanish]
14. Ruiz García J., and Alcocer S.M. Experimental performance of confined masonry structures retrofitted with welded wire mesh. Rev Ing Sísm 59 (1998) 59-79 [in Spanish]
15. Alcocer SM, Arias JC, Flores LE. Some developments in performance-based design of confined masonry structures. Report PEER 2004/05, Pacific Earthquake Engineering Research Center. 2004. p. 233-44
16. Aguilar G, Meli R, Díaz R, Vázquez-del-Mercado R. Influence of horizontal reinforcement on the behavior of confined masonry walls. In: 11th world conference on earthquake engineering. 1996. Paper no. 1380
17. Alvarez J. Some topics on the seismic behavior of confined masonry structures. In: 11th world conference on earthquake engineering. 1996. Paper no. 180
18. Zepeda JA, Alcocer SA, Flores LE. Earthquake-resistant construction with multi-perforated clay brick walls. In: 12th world conference on earthquake engineering. 2000. Paper no. 1541
19. Alcocer SA, Ruiz J, Pineda J, Zepeda JA. Retrofitting of confined masonry walls with wire-welded mesh. In: 11th world conference on earthquake engineering. 1996. Paper no. 1471
20. Meli R, Hernández O. Effect of differential settlements in confined masonry buildings. Report no 350. Institute of Engineering, Nat Autonomous Univ of Mexico; March 1975 [in Spanish]
21. Herrera E. Effect of vertical loading on the behavior of reinforced confined masonry walls subjected to altérnate lateral loading. B Engrg thesis. University of Chile; 1992 [in Spanish]
22. Yamín LE, García L, Galeano J, Reyes G. Behavior of confined masonry walls subjected to vertical and horizontal loading. In: Decimas Jornadas Estructurales de la Ingeniería en Colombia. 1993 [in Spanish]
23. Alcocer S.M., and Meli. Test program on the seismic behavior of confined masonry walls. Masonry Soc J 13 (1995) 68-76
24. Carrillo V, Molina A. Evaluation of the behavior of confined walls built of clay solid blocks with different aspect ratios under alternate loading. B Engrg thesis. Central University of Venezuela. 1997 [in Spanish]
25. Hernández O, Meli R. Modalidades de refuerzo para mejorar el comportamiento sísmico de muros de mampostería. Report no 382. Institute of Engineering, Nat Autonomous Univ of Mexico; December 1976
26. Diez J. Experimental study of masonry walls subjected to alternate lateral loading. B Engrg thesis. University of Chile; 1987 [in Spanish]
27. Alcocer SM, Zepeda JA. Behavior of multi-perforated clay brick walls under earthquake-type loading. In: 8th North American masonry conference. 1999
28. Muñoz W. Experimental study on the behavior of concrete block masonry walls under alternate loading. B Engrg thesis. University of Chile; 1992 [in Spanish]
29. Castilla C. Evaluation of concrete block confined masonry walls under severe cycling lateral loading. Ph.D. thesis, Central University of Venezuela; 1998 [in Spanish]
30. Flores LE. Experimental evaluation of concrete block infill masonry walls reinforced with concrete coating. M Engrg thesis. Graduate School of Civil Engrg, Nat Autonomous Univ of Mexico; 2003 [in Spanish]
31. Treviño E, Alcocer SM, Flores LE, Larrúa R, Zárate JM, Gallegos L. Experimental investigation of concrete block confined masonry walls under reversed lateral cycling loading. In: Proceedings of the 14th structural engineering Mexican conference. 2004 [in Spanish]
32. Benjamin J.R., and Cornell C.A. Probability, statistics, and decisions for civil engineers (1970), McGraw-Hill Publishing Company, Nueva York, EUA
33. Mexico City Building Code (MCBC). Technical requirements for seismic design. Gaceta Oficial, Gobierno del Distrito Federal. 2004 [in Spanish]
34. Reyes CJ. The serviceability limit state in the seismic design of buildings. Ph.D. thesis. Graduate School of Civil Engrg, Nat Autonomous Univ of Mexico; 1999 [in Spanish]