Numerical Simulation of the Effect of Temperature on the Failure Strength of Rock

Lin Bu; Tao Xu; Yun Jie Zhang

doi:10.4028/www.scientific.net/AMR.690-693.1737

Paper Titles

Experimental Study on Fatigue Behavior of 35CrMo Steel after Torsional Prestrain
p.1718

First-Principles Study of the Elastic Properties of Hexagonal Phase ScA_x (A=H, He)
p.1723

Improved Extend Finite Element Method for SIF Calculation
p.1728

Mechanical Behavior Research of a Novel Bridge Tower Structure Based on Model Test
p.1732

Numerical Simulation of the Effect of Temperature on the Failure Strength of Rock
p.1737

Reliability Study on Crack Growth Rate of ADB610 Steel
p.1741

Statistical Analysis of Fatigue Crack Growth Rate of Q345E Steel
p.1749

Super Long Life Fatigue Properties of Rail Steel U71Mn and U75V
p.1753

Analysis on Creep Behaviors at High Temperature and Fracture Morphology of P92 Steels
p.1757

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 690-693Numerical Simulation of the Effect of Temperature...

Numerical Simulation of the Effect of Temperature on the Failure Strength of Rock

Abstract:

The mechanical properties of granite experiencing high temperatures under uniaxial compression condition were simulated in this paper. Numerically simulated stress-strain curve, peak stress, peak strain and the tangent elastic modulus were compared with the corresponding physical tests. Simulated results agree well with physical tests results, it is shown that Abaqus is suitable for the analysis of the temperature effect on rock fracture.