Masonry Buildings: Research and Practice - Rodrigues, Hugo
English[eng]
Keywords: artificial neural network||n/a||regional constructive cultures||neural networks||cracks in shells||infilled frames||seismic assessment||no-fines lightweight concrete||unreinforced load-bearing masonry||Nepal earthquake||dynamic||survey damage assessment||masonry infills and partitions||old urban center||in situ test campaign||repair costs due to infills||static analysis||AEM||non-linear analysis||mechanical properties||numerical modelling||granite masonry||high-rise reinforced concrete structure||damage analysis||seismic rehabilitation||structural restoration||strengthening||stone masonry||masonry infill walls||masonry characterization||hysteresis||ambient vibration test||weak mortar||seismic actions||masonry||bilinear approximation||load-bearing masonry walls||database||flat-jack testing||masonry shell||Greco-Roman construction||seismic retrofitting||stone masonry wallets||linear and non-linear numerical tools||foundation settlement||RC buildings||observed performance||capacity curve||heritage construction||masonry building||shear-sliding tests||post-earthquake surveys||strengthening intervention||wall