Title | |
Author(s) | Hor Yin, Wee Teo |
Status | 97 views, 0 downloads Download |
Keywords | External FRP Optimized Truss Models reinforced concrete beam Shear strength |
Abstract | This paper presents an optimized truss model based on the principle of minimum total energy theorem. Six most recent effective strain ɛfrp,e models including three design guidelines were selected for the analysis. Three reinforced concrete beams strengthened with different fiber reinforced polymer (FRP) schemes were chosen. Comparing with current design guidelines, the results of these three beams indicate that the optimized model is promising and encouraging. |
Journal | Advanced Materials Research |
Publisher/Institution | Trans Tech Publications Ltd. |
Field/Faculty | Faculty of Engineering |
Publication Year | 2014 |
Volumn | 935 |
Issue | - |
Pages | 168-171 |
DOI | https://doi.org/10.4028/www.scientific.net/AMR.935.168 |
Recommended Citation | Hor Yin, Wee Teo. (2014). A Study on Effective Strains in Different FRP Shear Strengthening Schemes for Analytical Optimized Truss Models. Advanced Materials Research, 935, 168-171 |
Contact Email | yin_hor@yahoo.com |