30 results on '"Chao, Zhiming"'
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2. A new large-scale shear apparatus for testing geosynthetics-soil interfaces incorporating thermal condition
3. Estimating compressive strength of coral sand aggregate concrete in marine environment by combining physical experiments and machine learning-based techniques
4. The interface mechanical properties between polymer layer and marine sand with different particle sizes under the effect of temperature: Laboratory tests and artificial intelligence modelling
5. Experimental research on temperature – Dependent dynamic interface interaction between marine coral sand and polymer layer
6. Permeability and porosity of light-weight concrete with plastic waste aggregate: Experimental study and machine learning modelling
7. Prediction of the shale gas permeability: A data mining approach
8. Effects of particle breakage on the mechanical characteristics of geogrid-reinforced granular soils under triaxial shear: A DEM investigation
9. Temperature-Dependent Post-Cyclic Mechanical Characteristics of Interfaces between Geogrid and Marine Reef Sand: Experimental Research and Machine Learning Modeling.
10. Investigating low-permeability sandstone based on physical experiments and predictive modeling
11. Experimental research on stress-dependent permeability and porosity of compact sandstone with different moisture saturations
12. Predictive Models for Permeability of Cracked Rock Masses Based on Support Vector Machine Techniques
13. Experimental and numerical modelling of the mechanical behaviour of low-permeability sandstone considering hydromechanics
14. Research on anisotropic permeability and porosity of columnar jointed rock masses during cyclic loading and unloading based on physical model experiments
15. A parametric study of 3D printed polymer gears
16. Comparative Study of Hybrid Artificial Intelligence Approaches for Predicting Peak Shear Strength Along Soil-Geocomposite Drainage Layer Interfaces
17. The investigation of seepage model for columnar jointed rock masses during cyclic loading and unloading of confining pressure
18. Predicting the Temperature-Dependent Long-Term Creep Mechanical Response of Silica Sand-Textured Geomembrane Interfaces Based on Physical Tests and Machine Learning Techniques.
19. The Application of Machine Learning Techniques in Geotechnical Engineering: A Review and Comparison.
20. Predicting the Gas Permeability of Sustainable Cement Mortar Containing Internal Cracks by Combining Physical Experiments and Hybrid Ensemble Artificial Intelligence Algorithms.
21. Analysis of the Hydromechanical Properties of Compact Sandstone and Engineering Application.
22. Artificial intelligence algorithms for predicting peak shear strength of clayey soil-geomembrane interfaces and experimental validation.
23. The short-term and creep mechanical behaviour of clayey soil-geocomposite drainage layer interfaces subjected to environmental loadings.
24. Modified stress and temperature-controlled direct shear apparatus on soil-geosynthetics interfaces.
25. A Support Vector Machine Model with Hyperparameters Optimised by Mind Evolutionary Algorithm for Assessing Permeability of Rock.
26. Investigation of Anisotropic Permeability and Porosity of CJRM considering Different Confinement Loading Pressures.
27. Experimental research on stress-dependent permeability and porosity of rock-like materials with different thicknesses of smooth hidden joints.
28. Experimental study on stress-dependent gas permeability and porosity of artificially cracked cement mortar.
29. Dependency of hydromechanical properties of monzonitic granite on confining pressure and fluid pressure under compression.
30. Predicting stress-dependent gas permeability of cement mortar with different relative moisture contents based on hybrid ensemble artificial intelligence algorithms.
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