An extensive investigation is conducted on experimental data to improve modification factors of masonry infills. For this, available experimental data are classified based on the frame and infill materials. Then a sensitivity analysis is carried out for the effective parameters on the m-factor, including relative stiffness of infill to the frame, the material of infill or frame, aspect ratio, etc. To calculate m-factors of specimens, both the backbone and the envelope curves of the hysteresis curves, proposed in ASCE41-06 and ASCE41-13, respectively, are applied. The obtained results confirmASCE41-13 for giving more conservative m-factor values. Sensitivity analysis shows that infill m-factors highly depend on the infill and frame materials, rather than the infill aspect ratio and relative stiffness of the frame to the infill. Finally, some values are proposed for m-factors of infill panels, made of clay brick or clay tile, surrounded by steel or concrete frames.
Mohammadi,M. and Naserpour,A. (2014). Modification Factor of Masonry Infills, Required in Seismic Rehabilitation; A Preliminary Study Based on Experimental Results. Journal of Seismology and Earthquake Engineering, 16(3), 199-207.
MLA
Mohammadi,M. , and Naserpour,A. . "Modification Factor of Masonry Infills, Required in Seismic Rehabilitation; A Preliminary Study Based on Experimental Results", Journal of Seismology and Earthquake Engineering, 16, 3, 2014, 199-207.
HARVARD
Mohammadi M., Naserpour A. (2014). 'Modification Factor of Masonry Infills, Required in Seismic Rehabilitation; A Preliminary Study Based on Experimental Results', Journal of Seismology and Earthquake Engineering, 16(3), pp. 199-207.
CHICAGO
M. Mohammadi and A. Naserpour, "Modification Factor of Masonry Infills, Required in Seismic Rehabilitation; A Preliminary Study Based on Experimental Results," Journal of Seismology and Earthquake Engineering, 16 3 (2014): 199-207,
VANCOUVER
Mohammadi M., Naserpour A. Modification Factor of Masonry Infills, Required in Seismic Rehabilitation; A Preliminary Study Based on Experimental Results. J Seismol Earthq Eng, 2014; 16(3): 199-207.
