Research Article
Numerical Study on Energy Dissipation of Steel Moment Resisting Frames under Effect of Earthquake Vibrations
Table 2
Comparison of the average dissipated energy by damping and hysteresis behavior for the structural models in near and far field of fault.
| Structural model | Far field of fault | Near field of fault | Earthquake input energy (KJ) | Dissipated energy | Earthquake input energy (KJ) | Dissipated energy | Damping (KJ)—(%) | Hysteresis (KJ)—(%) | Damping (KJ)—(%) | Hysteresis (KJ)—(%) |
| SMRF15 | 430 | 395.93—95.5% | 33.79—4.5% | 1079 | 615.53—60.68% | 462.98—39.32% | SMRF10 | 399 | 315—87.35% | 84.42—12.65% | 643 | 353.27—61.1% | 296.47—38.9% | SMRF7 | 376 | 289.97—84.61% | 86.41—15.39% | 419 | 243.46—69.61% | 171.41—30.39% | SMRF5 | 263 | 187.49—81.67% | 75.39—18.33% | 294 | 175.2—65.84% | 118.41—34.16% | SMRF3 | 132 | 86.84—79.87% | 44.84—26.13% | 168 | 89.71—59.71% | 78.02—40.29% |
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