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tan wang
tan wang
武汉大学博士生
Verifisert e-postadresse på whu.edu.cn
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Fire resistance of concrete-filled steel tube columns with preload. Part I: Experimental investigation
M Yu, T Wang, W Huang, H Yuan, J Ye
Composite Structures 223, 110994, 2019
372019
Post-fire compressive stress–strain behaviour of steel fibre reinforced recycled aggregate concrete
T Wang, M Yu, W Shan, L Xu, SS Cheng, L Li
Composite Structures 309, 116735, 2023
322023
Residual mechanical properties of GGBS-FA-SF blended geopolymer concrete after exposed to elevated temperatures
M Yu, T Wang, Y Chi, D Li, L Li, F Shi
Construction and Building Materials 411, 134378, 2024
252024
Fire resistance of concrete-filled steel tube columns with preload. Part II: Numerical and analytical investigation
M Yu, T Wang, W Huang, J Ye
Composite Structures 223, 110995, 2019
212019
Axial compressive performance of ultra-high performance concrete-filled steel tube stub columns at different concrete age
M Yu, W Liao, S Liu, T Wang, C Yu, S Cheng
Structures 55, 664-676, 2023
202023
Post-fire mechanical behaviour of ultra-high-performance concrete-filled steel tube (UHPCFST) stub columns under compression
T Wang, M Yu, X Zhang, S Cheng, S Liu
Journal of Constructional Steel Research 196, 107384, 2022
202022
Experimental investigation on the failure modes of grouted sleeve connections under thermal and mechanical loads
T Wang, H Xu, M Yu, L Xu, J Ye
Engineering Failure Analysis 109, 104246, 2020
202020
Experimental study on random temperature field of ultra-high performance concrete filled steel tube columns under elevated temperature
T Wang, M Yu, X Zhang, J Ye
Composite Structures 289, 115445, 2022
192022
Experimental investigation on the post-fire cyclic behavior of grouted sleeve connections
T Wang, M Yu, X Li, Z Yan, M Saafi, J Ye
Construction and Building Materials 279, 122394, 2021
182021
Experimental and numerical investigation on thermal properties of alkali-activated concrete at elevated temperatures
M Yu, H Lin, T Wang, F Shi, D Li, Y Chi, L Li
Journal of Building Engineering 74, 106924, 2023
122023
Experimental study and proposal of a design model of ultra-high performance concrete filled steel tube columns subjected to fire
T Wang, M Yu, X Zhang, L Xu, L Huang
Engineering Structures 280, 115697, 2023
112023
Experimental and numerical study on tensile properties of bolted GFRP joints at high and low temperatures
C Xue, M Yu, B Yang, T Wang, M Saafi, J Ye
Composite Structures 293, 115743, 2022
112022
Experimental investigation of transient strains of GGBS-FA-SF blended geopolymer concrete at elevated temperatures
M Yu, T Wang, H Lin, D Li, L Li
Construction and Building Materials 419, 135589, 2024
72024
Experimental investigation of mechanical properties of GGBS-FA-SF blended geopolymer concrete at elevated temperatures
T Wang, M Yu, H Lin, D Li, L Li
Fire Safety Journal 146, 104156, 2024
52024
Concrete-encased steel columns confined with large rupture strain FRP composites: axial compression tests
L Huang, SS Zhang, TYZY Wang
Mechanics of Structures and Materials XXIV, 1755-1760, 2019
42019
Experimental research on mechanical behavior of UHPCFST under repeated axial compression
C Yu, M Yu, L Xu, S Liu, T Wang, J Ye
Journal of Constructional Steel Research 218, 108690, 2024
32024
Residual properties of ultra-high performance concrete containing steel-polypropylene hybrid fiber exposed to elevated temperature at early age
T Wang, M Yu, J Tian, Z Sun, C Yu, J Ye
Journal of Building Engineering 99, 111507, 2025
22025
Compression performance of ultra-high performance concrete filled steel tube (UHPCFST) columns exposed to elevated temperature during construction
T Wang, M Yu, W Liao, C Yu, J Ye
Engineering Structures 326, 119553, 2025
12025
Post-fire mechanical behavior and simplified stress-strain model of grouted sleeve connections
H Su, Q Wu, L Hu, T Wang, W Fan
Journal of Building Engineering 100, 111684, 2025
2025
Experimental study on the high temperature performance of UHPCFST stub columns at different concrete age
Z Wang, M Yu, T Wang, Z Sun, J Ye
Construction and Building Materials 457, 139232, 2024
2024
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Artikler 1–20