… absorption (fatigue) çapaçity of reinforced concrete bridge columns by … column damageability
or fatigue resistance can be made. The complete analysis methodology for bridge columns …

… absorption (fatigue) capacity of reinforced concrete bridge columns by … column damageability
or fatigue resistance can be made. A complete analysis methodology for bridge columns …

… finite element analysis procedure for the seismic damage assessment of reinforced concrete
bridge columns. A computer program, named RCAHEST (Reinforced Concrete Analysis in …

… is applied to bridge columns tested by others, and compared to existing damage indices. …
Therefore, C value of 0.5 can be a reasonable assumption for bridge columns unless more …

… A damage model proposed by Hindi and Sexsmith (2001) is used to predict the damage
index of the bridge columns in this study. The model yields a damage index at a point in the time …

… Fatigue damage of reinforced concrete bridge columns subjected to seismic load seems
inevitable, and the fatigue damage … of reinforced concrete bridge columns may be characterized …

… identifying criteria for low-cycle fatigue failure of the column section on a general level with
… damage-based seismic design and the prediction of flexural failure modes in bridge columns…

… loading [25], is incorporated into the damage mechanics in conjunction with the large
strain … and damage experienced in steel bridge columns by seismic loading. The damage …

… of short/squat bridge columns repaired and … bridge columns, the failure modes of bridge
columns under seismic loadings are typically brittle due to shear forces. Brittle shear failure and …

… on the damage of a reinforced concrete bridge column. Five … the damage and failure of a
reinforced concrete column, that … proposed using the fatigue based damage model combined …