1 Wei Fan, "Vibration-based Damage Identification Methods: A Review and Comparative Study" SAGE Publications 10 (10): 83-111, 2010
2 Norhisham Bakhary, "Substructuring Technique for Damage Detection Using Statistical Multi-Stage Artificial Neural Network" SAGE Publications 13 (13): 619-639, 2016
3 Lie, T. T., "Structural fire protection" ASCE 263-274, 2003
4 Jinping Ou, "Structural Health Monitoring in mainland China: Review and Future Trends" SAGE Publications 9 (9): 219-231, 2010
5 Xiao, L., "Nonlinear structural damage detection using support vector machines" 806-821, 2012
6 Cai‐wei Liu, "Modification of finite element models based on support vector machines for reinforced concrete beam vibrational analyses at elevated temperatures" Wiley 26 (26): 1-18, 2019
7 Wu, B., "Mechanical properties of reinforced concrete structures after fire" Science Press 453-462, 2003
8 Matthew J. Whelan, "Influence of fire damage on the modal parameters of a prestressed concrete double-tee joist roof" Wiley 21 (21): 1335-1346, 2014
9 Liu, C. W., "Finite element model fractional steps updating strategy for spatial lattice structures based on generalized regression neural network" 1-10, 2016
10 Guo, Z. H., "Experiment and calculation of reinforced concrete at elevated temperatures" Tsinghua University Press 125-178, 2012
1 Wei Fan, "Vibration-based Damage Identification Methods: A Review and Comparative Study" SAGE Publications 10 (10): 83-111, 2010
2 Norhisham Bakhary, "Substructuring Technique for Damage Detection Using Statistical Multi-Stage Artificial Neural Network" SAGE Publications 13 (13): 619-639, 2016
3 Lie, T. T., "Structural fire protection" ASCE 263-274, 2003
4 Jinping Ou, "Structural Health Monitoring in mainland China: Review and Future Trends" SAGE Publications 9 (9): 219-231, 2010
5 Xiao, L., "Nonlinear structural damage detection using support vector machines" 806-821, 2012
6 Cai‐wei Liu, "Modification of finite element models based on support vector machines for reinforced concrete beam vibrational analyses at elevated temperatures" Wiley 26 (26): 1-18, 2019
7 Wu, B., "Mechanical properties of reinforced concrete structures after fire" Science Press 453-462, 2003
8 Matthew J. Whelan, "Influence of fire damage on the modal parameters of a prestressed concrete double-tee joist roof" Wiley 21 (21): 1335-1346, 2014
9 Liu, C. W., "Finite element model fractional steps updating strategy for spatial lattice structures based on generalized regression neural network" 1-10, 2016
10 Guo, Z. H., "Experiment and calculation of reinforced concrete at elevated temperatures" Tsinghua University Press 125-178, 2012
11 Zhu, D. L., "Elastic-Plastic analysis on continuous reinforced concrete beams at elevated temperatures caused by the redistribution of internal forces" 32 (32): 165-172, 2011
12 Lv, J. L., "Effect of fire on self-excited vibration characteristic of composite beams of the overall structure" 105-107 : 760-764, 2012
13 Duron, Z. H., "Early warning capability for firefighter: Testing of collapse prediction techniques" National Institute of Standards and Technology 2005
14 Mita, A., "Damage diagnosis of a building structure using support vector machine and modal frequency patterns" 5057 : 118-125, 2003
15 He, X. H., "Damage detection experiment on beam string structure using support vector machine" 31 (31): 45-49, 2011
16 Dos Santos, J. R., "Assessment of concrete structures subjected to fire-the FB Test" 54 (54): 203-216, 2002
17 Ni, Y. Q., "Advances in Structural Dynamics" Elsevier Science Ltd 1069-1076, 2000
18 Caiwei Liu, "A Fractal-Interpolation Model for Diagnosing Spalling Risk in Concrete at Elevated Temperatures" 대한토목학회 22 (22): 5154-5163, 2018