Latest Research in Computational Physics

Top Research Topics in Computational Physics

• Rock Mechanics and Modeling — 13 papers
• Computational Physics — 2 papers
• Geotechnical Engineering and Soil Mechanics — 1 papers
• Dam Engineering and Safety — 1 papers
• Climate change and permafrost — 1 papers
• Mineral Processing and Grinding — 1 papers
• Metal Extraction and Bioleaching — 1 papers
• Geothermal Energy Systems and Applications — 1 papers
• Landfill Environmental Impact Studies — 1 papers

Highest-Cited Papers

1. A state-dependent dilatancy constitutive model and parametric analysis for dense sand–structure interfaces
2. Use of Acoustic Emissions to Validate Multistage Triaxial Tests—A Key to Characterizing the Subsurface
3. Damage and Fracture Behavior of Granite, Sandstone, and Basalt Under Liquid Oxygen Blasting: Rock Property Effect and Failure Mechanism
4. Simulation of crest crack in high earth-core rockfill dam using XFEM 2-D modeling
5. A finite-strain logarithmic viscoelastic model for Antarctic ice shelves based on an additive split
6. Systematic numerical evaluation of the influence joint geometrical and mechanical parameters on the REV of rock masses
7. Dynamic Mechanical Properties and Constitutive Model of Saturated Frozen Soil with Different Pore Ratios
8. Dynamic mechanical properties and energy evolution of fractured red sandstone under acidic conditions
9. Mechanical properties and acoustic emission characterization of red sandstone with cross-fractures
10. Fatigue Properties and Accumulative Damage Model of Bedded Salt Rock
11. Image-based modelling of rock non-linear deformation under low stress levels
12. Experimental and numerical analyses of microwave induced damage and cutability evolution in basalt
13. A Non-Isothermal Viscoplastic Constitutive Model for Clay Slip Surfaces
14. Thermal‐Mechanical Solution of Saturated Soft Soil around a Semi‐Permeable Tunnel Considering Internal Heat Effects
15. Confinement-dependent characteristic stresses, energy evolution and pre-peak brittleness of granite under triaxial compression
16. Predicting waste shear strength through explainable triple-stream attention deep learning
17. Experimental investigation on damage and seepage characteristics of layered slate under cyclic loading and unloading of stress
18. Energy evolution laws and acoustic emission damage characteristics of coal-rock combinations with different lateral unloading rates
19. Identification of acoustic emission precursors for strainbursts in dry and saturated sandstone under true triaxial transient unloading
20. Indirect estimation of uniaxial compressive strength (UCS) and tensile strength (TS) of rocks using physical, abrasion, and mechanical parameters by regression models