- Author
- Hsu, J. H. | Lin, C. S.
- Title
- Effect of Fire on the Residual Mechanical Properties and Structural Performance of Reinforced Concrete Beams.
- Coporate
- Ching Yun University 229 Chien-Hsin Rd., Jung-Li 320, Taiwan
- Journal
- Journal of Fire Protection Engineering, Vol. 18, No. 4, 245-274, November 2008
- Keywords
- concrete beams | reinforced concretes | mechanical properties | thermal analysis | structural analysis | temperature distribution | heat transfer | shear strength | exposure | building codes | equations | bending | stress (mechanics) | thermal stresses | validation | ASTM E 119 | elasticity
- Identifiers
- fire effect on concrete; residual properties; RC beams and fire; residual bending moment of reinforced concrete beams exposed to fire; stress-strain relationships for concrete; thermal stress distribution of reinforced concrete beams exposed to fire; residual shear strength of reinforced concrete beams exposed to fire; effective elastic modulus of reinforced concrete beams exposed to fire; ultimate bending moment (kN m) from ACI Code and modeling for various beam section and reinforcing ratios at room temperature; ultimate bending moment from experiment and modeling for beams exposed to fire; ultimate bending moment from experiment and modeling for beams exposed to fire; full-scale RC Beams; comparisons of experimental data with simulated data on residual shear strength; calculated effective elastic modulus of beams exposed to fire; modeling predictions of the residual values and ratios of bending moment with duration of fire