Fracture Events Localization by Numerical Simulations of Cementitious Composites
p.253
p.253
On the Validation of Williams' Stress Function for Dynamic Fracture Mechanics
p.257
p.257
Energy Dissipation during Quasi-Brittle Fracture Associated with the Crack and the Fracture Process Zone Progression
p.261
p.261
A Dual Boundary Element Model for Electromechanical Impedance Based Damage Detection Applications
p.265
p.265
Optimal Sensor Placement for Damage Detection Based on Ultrasonic Guided Wave
p.269
p.269
Application of the Nonlinear Model of a Beam for Investigation of Interlaminar Fracture Toughness of Layered Composite
p.273
p.273
Numerical Investigation of a Stiffened Panel Subjected to Low Velocity Impacts
p.277
p.277
Finite Element Analysis on Crack Tip Deformation Behavior under Mode-II Loading in Single Crystal Superalloy
p.281
p.281
Analytical Tool for the Preliminary Design of an Adhesively Bonded T Joint
p.285
p.285
Finite Element Analysis on Crack Tip Deformation Behavior under Mode-II Loading in Single Crystal Superalloy
Abstract:
Crack tip deformation behavior of single crystal superalloy under mode-II shear stress condition was evaluated by crystal plasticity finite element method by applying Eshelby’s inclusion theory to express the relation between microscopic and macroscopic stress/strain character, and the influence of γ/γ’ microstructure and anomalous temperature dependence of yield strength in γ’ phase on crack tip deformation behavior was studied
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Periodical:
Key Engineering Materials (Volume 665)
Pages:
281-284
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Online since:
September 2015
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© 2016 Trans Tech Publications Ltd. All Rights Reserved
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