Follow
Xiancheng Mei
Xiancheng Mei
Institute of Rock and Soil Mechanics, Chinese Academy of Sciences
Verified email at whrsm.ac.cn
Title
Cited by
Cited by
Year
Development of a hybrid artificial intelligence model to predict the uniaxial compressive strength of a new aseismic layer made of rubber-sand concrete
X Mei, C Li, Q Sheng, Z Cui, J Zhou, D Dias
Mechanics of Advanced Materials and Structures 30 (11), 2185-2202, 2023
292023
Application of the improved POA-RF model in predicting the strength and energy absorption property of a novel aseismic rubber-concrete material
X Mei, Z Cui, Q Sheng, J Zhou, C Li
Materials 16 (3), 1286, 2023
182023
Experimental investigation on the mechanical and damping properties of rubber-sand-concrete prepared with recycled waste tires for aseismic isolation layer
X Mei, Q Sheng, Z Cui, M Zhang, D Dias
Soil Dynamics and Earthquake Engineering 165, 107718, 2023
152023
Effect of near-fault pulsed ground motions on seismic response and seismic performance to tunnel structures
X Mei, Q Sheng, Z Cui
Shock and Vibration 2021, 1-18, 2021
142021
A new direct shear apparatus for rock joints specialized in cyclic loading
Z Cui, Q Sheng, M Zhang, J Cao, X Mei, Q Luo
Rock Mechanics and Rock Engineering 54 (8), 4321-4327, 2021
122021
Application of SVR models built with AOA and Chaos mapping for predicting tunnel crown displacement induced by blasting excavation
C Li, X Mei
Applied Soft Computing 147, 110808, 2023
92023
Compressive strength prediction of rice husk ash concrete using a hybrid artificial neural network model
C Li, X Mei, D Dias, Z Cui, J Zhou
Materials 16 (8), 3135, 2023
82023
Strata behavior at fully-mechanized coal mining and solid backfilling face
W Yin, Z Chen, K Quan, X Mei
SpringerPlus 5, 1-9, 2016
82016
Application of metaheuristic optimization algorithms-based three strategies in predicting the energy absorption property of a novel aseismic concrete material
X Mei, C Li, Z Cui, Q Sheng, J Chen, S Li
Soil Dynamics and Earthquake Engineering 173, 108085, 2023
62023
Experimental study on the energy absorption characteristics of viscoelastic damping layers
X Mei, Q Sheng, Z Cui, Q Luo
IOP Conference Series: Earth and Environmental Science 861 (2), 022026, 2021
42021
Method for recovering room-mining coal pillars by solid filling in synergy with artificial pillars
J Zhang, Q Zhang, MEI Xiancheng, K Fang, HAN Xiaole
US Patent 10,612,378, 2020
32020
Seismic responses of an underground tunnel considering rock–tunnel interaction
X Mei, Q Sheng, Z Cui, M Zhang, L Chen
Proceedings of the Institution of Civil Engineers-Geotechnical Engineering …, 2022
12022
Design method for mining upper protective seam close to total rock for use in coal-bed mining
J Zhang, Q Zhang, Q Sun, MEI Xiancheng
US Patent App. 15/767,132, 2019
12019
Supervised intelligent prediction of shear strength of rockfill materials based on data driven and a case study
C Li, J Zhang, X Mei, J Zhou
Transportation Geotechnics 45, 101229, 2024
2024
Application of supervised random forest paradigms based on optimization and post-hoc explanation in underground stope stability prediction
C Li, X Mei, J Zhang
Applied Soft Computing, 111388, 2024
2024
Experimental and Numerical Investigation of Rock Failure Process under Hydromechanical Coupling Action
Z Zhu, X Mei, J Li, Q Sheng
Lithosphere 2024 (1), lithosphere_2023_317, 2024
2024
A numerical investigation of the behavior of a tunnel with adaptive anti-dislocation measures subjected to the action of fault dislocation
F Bi, X He, Y Zhang, Z Cui, X Mei, J Li
Scientific Reports 14 (1), 1182, 2024
2024
Aseismic performances of constrained damping lining structures made of rubber-sand-concrete
X Mei, Q Sheng, J Chen, Z Cui, J Li, C Li, D Dias
Journal of Rock Mechanics and Geotechnical Engineering, 2023
2023
The system can't perform the operation now. Try again later.
Articles 1–18