Dissertation > Excellent graduate degree dissertation topics show

Three-dimensional Numerical Simulation of the Deformation and Strength Characters of Jointed Rock Mass

Author: GuoZuo
Tutor: QiaoChunSheng
School: Beijing Jiaotong University
Course: Bridge and Tunnel Engineering
Keywords: Joint rock mass
CLC: TU452
Type: Master's thesis
Year: 2009
Downloads: 312
Quote: 2
Read: Download Dissertation

Abstract


Related Dissertations

  1. Constitutive Model of Joint Rock Mass Damage Due to Mining and Its Application in Engineering of Open-underground Combined Mining,TD824
  2. Numerical Simulation Research of Pre-Tensioned Bolts Reinforcing Roadway in Joint Rock Mass,TD353
  3. Study on the Integral Mechanical Properties of Bolted Joint Rockmass,TU452
  4. Stress distribution law FLAC 3D simulation study,TU452
  5. Study on the Numerical Simulation for the Propagation Process of 3D Built-In Fractureand of Rock,TU452
  6. Limestone rock mass classification and study of shear strength values,TU452
  7. Rock splitting test, uniaxial compression and direct tension deformation characteristics of the experimental study,TU452
  8. Study on Mechanical Properties of Hollow Cylinder Specimens of Marble,TU452
  9. Topological and Statistical Study on Grouping of Fractures for Jointed Rock Mass,TU452
  10. Acoustic Emission Prediction of Rock Fracture and Application to Geostress Survey of Kaiser Effect,TU452
  11. Simulation About Stress and Deformation Process of Inerratic and Serrated Discontinuity,TU452
  12. Studies of Stress-strain and Instability Mechanism for Horizontal Directional Borehole,TU452
  13. Experimental Study and Engineering Application of Coupled Seepage and Stress Fields in the Fracture Sandstone,TU452
  14. Analysis of Casing Rupture with Finite Element in Complex Stratum,TU452
  15. Experimental Study on Effects of Water and Chemical Solution on Mechanical Properties of Rock,TU452
  16. Application of AE Technique in In-situ Stress Measurement,TU452
  17. Study on Precursory Characteristics of Rock Failure Based on Acoustic Emission Technique,TU452
  18. Coupled Thermal, Hydraulic and Mechanical (THM) Model for Excavation Damaged Zone in Rockmass,TU452
  19. Failure of Highly Stressed Rock Triggered by Dynamic Disturbance,TU452
  20. Meso-numerical Study on Elastic Brittle Rock Damage Evolution and Engineering Aapplications,TU452
  21. Experimental Study of Rock Brizilian Disk Test under Coupled Static-Dynamic Loads,TU452

CLC: > Industrial Technology > Building Science > Soil mechanics,foundation engineering > Rock ( rock ) mechanics and rock testing > Rock mechanical properties and stress theory
© 2012 www.DissertationTopic.Net  Mobile