| ํส | _ถ |
| ๅ่ | Evaluation on The Longitudianl Bar Pull-out Effect of a RC Column Based on E-Defense Excitation |
| ่ | |
| Mชา | PiใBHฦๅwHw{ๅw@j |
| Aผา1 | Kถซ๑iใBHฦๅwHwj |
| Aผา2 | ฒXุBถiๅ๚{RT^gZpj |
| Aผา3 | {เฝiใBHฦๅwๅw@j |
| Aผา4 | |
| Aผา5 | |
| L[[h | E-Defense excitationApulling outAstrain distributionAmulti-layerAbar-to-bar reduction |
| ช | 37 |
| | 2 |
| ๆชy[W | 199 |
| ๖y[W | 204 |
| Nx | 2015 |
| v| | Displacement of RC column, which is not only caused by flexure but also rotation induced by longitudinal bar pulling out from inside footing. To evaluate the effect of pulling out of the longitudinal bar (pullout) in the column top displacement, experimental data of a full-scale RC column (C1-1) by shake table test is summarized. Pullout at base contributes about 33.6% to the column top displacement. Analysis was conducted to explain the mechanism of pullout. The experimental and analytical results showed that multi-layer induced reduction influence from bar-to-bar contributes to pullout. |
| PDFt@Cผ | 037-01-2034.pdf |
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