A generalized bond-based peridynamic model for quasi-brittle materials enriched with bond tension–rotation–shear coupling effects

Keyphrases

• Coupling Effect 100%
• Quasi-brittle Materials 100%
• Peridynamic Model 100%
• Bond-based Peridynamics 100%
• Deformation Mode 40%
• Material Point 40%
• Peridynamics 40%
• Three-dimensional (3D) 20%
• Rotation Angle 20%
• Analytical Solution 20%
• Wave Propagation 20%
• Dynamic Load 20%
• Energy-based 20%
• Nonlinear Behavior 20%
• Governing Equation 20%
• Simulation Accuracy 20%
• Mechanical Behavior 20%
• Deformation Field 20%
• Nonlinear Deformation 20%
• Dynamic Problems 20%
• Strain Energy 20%
• Mode Mixing 20%
• Continuum Mechanics 20%
• Bending Stiffness 20%
• Failure Criterion 20%
• Two-dimensional Plane 20%
• Compressive Stiffness 20%
• Compressive Bending 20%
• Shear Strain 20%
• Complex Deformation 20%
• Bond-based 20%
• Timoshenko Beam Theory 20%
• Complex Loading Condition 20%
• Shear Stiffness 20%
• Progressive Failure 20%
• Mixed-mode Crack Propagation 20%
• Fracture Problems 20%
• Compressive Shear 20%
• Shear Rotation 20%
• Discontinuous Problem 20%
• Maximum Stretch 20%

Engineering

• Coupling Effect 100%
• Quasi-Brittle Material 100%
• Peridynamic Model 100%
• Material Point 40%
• Two Dimensional 20%
• Applicability 20%
• Nonlinear Behavior 20%
• Experimental Observation 20%
• Deformation Mode 20%
• Loading Condition 20%
• Dynamic Loads 20%
• Bending Stiffness 20%
• Based Failure Criterion 20%
• Crack Propagation 20%
• Mixed Mode 20%
• Progressive Failure 20%
• Continuum Mechanics 20%
• Deformation Field 20%
• Shear Stiffness 20%
• Peridynamics 20%
• Shear Strain 20%
• Rotation Angle 20%
• Strain Energy 20%
• Mechanical Property 20%
• Nonlinear Deformation 20%